notebooks/trellis_data.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Trellis Data\n",
    "\n",
    "## Description\n",
    "\n",
    "This dataframe contains the full PDO + CAF screening developed and detailed in \"Cancer-Associated Fibroblasts Regulate Patient-Derived Organoid Drug Responses\", 2022 (https://www.biorxiv.org/content/10.1101/2022.10.19.512668v1). \n",
    "\n",
    "We developed a highly multiplexed thiol-reactive organoid barcoding in situ mass cytometry (TOBis MC) platform to perform single-cell post translational modification (PTM) signalling analysis of colorectal cancer (CRC) PDOs and cancer associated fibroblasts (CAFs) in response to clinical therapies. \n",
    "\n",
    "The dataframe is structured in rows that correspond to each single cell, and columns that include information on the PTM or protein measured, and the metadata (information on the provenance of each cell). \n",
    "\n",
    "### Columns include:\n",
    "* Date: in format YYYMMDD, correspond to the date those rows were acquired.\n",
    "* Patient: PDO number (5, 11, 21, 23, 27, 75, 99, 109, 141, 216)\n",
    "* Culture: indicates the nature (monoculture/co-culture of the sample). PDO (PDO monoculture), F (CAF monoculture), PDOF (PDO+CAF co-culture).\n",
    "* Treatment: drug(s) administered to each culture. The key for the drug labels appear detailed in Table S2 in the article referenced.\n",
    "* Concentration: concentration used for each treatment. The key for the drug concentrations appear detailed in Table S2 in the article referenced.\n",
    "* Replicate: treatment conditions were performed in triplicate (A, B, C) and control conditions in triplicate or duplicate (A, B, C, AA, BB, CC)\n",
    "* Cell_type: refers to the cell-type of the cell gated (PDOs, or CAFs). In monocultures there is one cell type, and in co-cultures 2. \n",
    "* Plate: since different treatments contain different vehicle controls (DMSO, AH, O), the plate column helps to specify which vehicle corresponds to which treatments. This is important for pairing. \n",
    "* Batch: the data was acquired along 10 months, but the acquisition was performed in 2 general batches, with 5 months in between. However, for a more accurate batch representation, we recommend using the columns \"Date\" and \"Patient\".\n",
    "\n",
    "[download link](https://data.mendeley.com/datasets/hc8gxwks3p/1)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "%pylab is deprecated, use %matplotlib inline and import the required libraries.\n",
      "Populating the interactive namespace from numpy and matplotlib\n"
     ]
    }
   ],
   "source": [
    "%pylab inline"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [],
   "source": [
    "import pickle\n",
    "import os\n",
    "import pandas as pd\n",
    "import numpy as np\n",
    "import itertools"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/html": [
       "<div>\n",
       "<style scoped>\n",
       "    .dataframe tbody tr th:only-of-type {\n",
       "        vertical-align: middle;\n",
       "    }\n",
       "\n",
       "    .dataframe tbody tr th {\n",
       "        vertical-align: top;\n",
       "    }\n",
       "\n",
       "    .dataframe thead th {\n",
       "        text-align: right;\n",
       "    }\n",
       "</style>\n",
       "<table border=\"1\" class=\"dataframe\">\n",
       "  <thead>\n",
       "    <tr style=\"text-align: right;\">\n",
       "      <th></th>\n",
       "      <th>pHH3</th>\n",
       "      <th>RFP</th>\n",
       "      <th>mCHERRY</th>\n",
       "      <th>Vimentin</th>\n",
       "      <th>EpCAM</th>\n",
       "      <th>CK18</th>\n",
       "      <th>Pan_CK</th>\n",
       "      <th>GFP</th>\n",
       "      <th>IdU</th>\n",
       "      <th>pPDK1</th>\n",
       "      <th>...</th>\n",
       "      <th>Date</th>\n",
       "      <th>Patient</th>\n",
       "      <th>Culture</th>\n",
       "      <th>Treatment</th>\n",
       "      <th>Concentration</th>\n",
       "      <th>Replicate</th>\n",
       "      <th>Cell_type</th>\n",
       "      <th>pPKCa</th>\n",
       "      <th>Plate</th>\n",
       "      <th>Batch</th>\n",
       "    </tr>\n",
       "  </thead>\n",
       "  <tbody>\n",
       "    <tr>\n",
       "      <th>0</th>\n",
       "      <td>1.444846</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>4.498622</td>\n",
       "      <td>66.200089</td>\n",
       "      <td>91.111916</td>\n",
       "      <td>161.084412</td>\n",
       "      <td>406.746246</td>\n",
       "      <td>4.811596</td>\n",
       "      <td>55.422546</td>\n",
       "      <td>...</td>\n",
       "      <td>20211119</td>\n",
       "      <td>5</td>\n",
       "      <td>PDO</td>\n",
       "      <td>O</td>\n",
       "      <td>2</td>\n",
       "      <td>B</td>\n",
       "      <td>PDOs</td>\n",
       "      <td>NaN</td>\n",
       "      <td>O</td>\n",
       "      <td>2</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>1</th>\n",
       "      <td>5.783943</td>\n",
       "      <td>0.056214</td>\n",
       "      <td>0.434517</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>190.450790</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>17.851675</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>5.958662</td>\n",
       "      <td>4.794238</td>\n",
       "      <td>...</td>\n",
       "      <td>20211119</td>\n",
       "      <td>5</td>\n",
       "      <td>PDO</td>\n",
       "      <td>O</td>\n",
       "      <td>2</td>\n",
       "      <td>B</td>\n",
       "      <td>PDOs</td>\n",
       "      <td>NaN</td>\n",
       "      <td>O</td>\n",
       "      <td>2</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>2</th>\n",
       "      <td>1.165297</td>\n",
       "      <td>2.312362</td>\n",
       "      <td>0.357034</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>266.436646</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>42.965565</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>3.052261</td>\n",
       "      <td>...</td>\n",
       "      <td>20211119</td>\n",
       "      <td>5</td>\n",
       "      <td>PDO</td>\n",
       "      <td>O</td>\n",
       "      <td>2</td>\n",
       "      <td>B</td>\n",
       "      <td>PDOs</td>\n",
       "      <td>NaN</td>\n",
       "      <td>O</td>\n",
       "      <td>2</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>3</th>\n",
       "      <td>0.000000</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>84.960304</td>\n",
       "      <td>30.397985</td>\n",
       "      <td>56.991665</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>15.021135</td>\n",
       "      <td>...</td>\n",
       "      <td>20211119</td>\n",
       "      <td>5</td>\n",
       "      <td>PDO</td>\n",
       "      <td>O</td>\n",
       "      <td>2</td>\n",
       "      <td>B</td>\n",
       "      <td>PDOs</td>\n",
       "      <td>NaN</td>\n",
       "      <td>O</td>\n",
       "      <td>2</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>4</th>\n",
       "      <td>0.498328</td>\n",
       "      <td>5.136724</td>\n",
       "      <td>0.000000</td>\n",
       "      <td>3.886348</td>\n",
       "      <td>48.076462</td>\n",
       "      <td>0.416286</td>\n",
       "      <td>30.709440</td>\n",
       "      <td>1.689452</td>\n",
       "      <td>28.263380</td>\n",
       "      <td>18.386526</td>\n",
       "      <td>...</td>\n",
       "      <td>20211119</td>\n",
       "      <td>5</td>\n",
       "      <td>PDO</td>\n",
       "      <td>O</td>\n",
       "      <td>2</td>\n",
       "      <td>B</td>\n",
       "      <td>PDOs</td>\n",
       "      <td>NaN</td>\n",
       "      <td>O</td>\n",
       "      <td>2</td>\n",
       "    </tr>\n",
       "  </tbody>\n",
       "</table>\n",
       "<p>5 rows × 54 columns</p>\n",
       "</div>"
      ],
      "text/plain": [
       "       pHH3       RFP   mCHERRY  Vimentin       EpCAM       CK18      Pan_CK  \\\n",
       "0  1.444846  0.000000  0.000000  4.498622   66.200089  91.111916  161.084412   \n",
       "1  5.783943  0.056214  0.434517  0.000000  190.450790   0.000000   17.851675   \n",
       "2  1.165297  2.312362  0.357034  0.000000  266.436646   0.000000   42.965565   \n",
       "3  0.000000  0.000000  0.000000  0.000000   84.960304  30.397985   56.991665   \n",
       "4  0.498328  5.136724  0.000000  3.886348   48.076462   0.416286   30.709440   \n",
       "\n",
       "          GFP        IdU      pPDK1  ...      Date  Patient  Culture  \\\n",
       "0  406.746246   4.811596  55.422546  ...  20211119        5      PDO   \n",
       "1    0.000000   5.958662   4.794238  ...  20211119        5      PDO   \n",
       "2    0.000000   0.000000   3.052261  ...  20211119        5      PDO   \n",
       "3    0.000000   0.000000  15.021135  ...  20211119        5      PDO   \n",
       "4    1.689452  28.263380  18.386526  ...  20211119        5      PDO   \n",
       "\n",
       "   Treatment  Concentration  Replicate  Cell_type  pPKCa  Plate  Batch  \n",
       "0          O              2          B       PDOs    NaN      O      2  \n",
       "1          O              2          B       PDOs    NaN      O      2  \n",
       "2          O              2          B       PDOs    NaN      O      2  \n",
       "3          O              2          B       PDOs    NaN      O      2  \n",
       "4          O              2          B       PDOs    NaN      O      2  \n",
       "\n",
       "[5 rows x 54 columns]"
      ]
     },
     "execution_count": 3,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "df = pd.read_pickle(\"/scratch/ssd004/scratch/lazar/files/Metadata_final_paper\")\n",
    "df.head()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "Index(['pHH3', 'RFP', 'mCHERRY', 'Vimentin', 'EpCAM', 'CK18', 'Pan_CK', 'GFP',\n",
       "       'IdU', 'pPDK1', 'cCaspase_3', 'Geminin', 'pMEK1_2', 'pNDRG',\n",
       "       'pMKK4_SEK1', 'pBTK', 'pSRC', 'p4EBP1', 'pRB', 'pAKT308', 'pCREB',\n",
       "       'pSMAD1_5_9', 'pAKT473', 'pNF_kB', 'pMKK3_MKK6', 'pP38', 'pMAPKAPK',\n",
       "       'pAMPKa', 'pBAD', 'pHistone_H2A', 'p90RSK', 'pP120_catenin',\n",
       "       'Beta_catenin_active', 'pGSK', 'pERK1_2', 'pSMAD2_3', 'PLK', 'CHGA',\n",
       "       'pDNAPK', 'pS6', 'CD90', 'cPARP', 'pCHK1', 'Cyclin_B1', 'Date',\n",
       "       'Patient', 'Culture', 'Treatment', 'Concentration', 'Replicate',\n",
       "       'Cell_type', 'pPKCa', 'Plate', 'Batch'],\n",
       "      dtype='object')"
      ]
     },
     "execution_count": 4,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "df.columns"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Date ['20211119' '20211116' '20211125' '20211122' '20211123' '20210518'\n",
      " '20210602' '20210413' '20210330' '20210525' '20210524' '20210317'\n",
      " '20210608' '20210420' '20210427' '20210713' '20210610' '20210607'\n",
      " 20220328]\n",
      "Patient ['5' '11' '75' '141' '109' '27' '216' '99' '21' '23']\n",
      "Culture ['PDO' 'PDOF' 'F']\n",
      "Treatment ['O' 'H2O' 'S' 'VS' 'L' 'V' 'DMSO' 'F' 'AH' 'C' 'SF' 'CS' 'CF' 'CSF']\n",
      "Concentration ['2' '3' '1' '0' '4']\n",
      "Replicate ['B' 'C' 'A' 'BB' 'AA' 'CC']\n",
      "Cell_type ['PDOs' 'Fibs']\n",
      "Plate ['O' 'SLV' 'CSF']\n",
      "Batch [2 1]\n"
     ]
    }
   ],
   "source": [
    "dictionary = {}\n",
    "for c in ['Date', 'Patient', 'Culture', 'Treatment', 'Concentration', 'Replicate', 'Cell_type', 'Plate', 'Batch']:\n",
    "  dictionary[c] = df[c].unique()\n",
    "  print(c, dictionary[c])"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "In Table S2, treatment 'CSF', has concentration value 5, but there is no such concentration value in the data."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [],
   "source": [
    "def get_dict(dframe, names):\n",
    "  out_dict = {}\n",
    "  name = names[0]\n",
    "  for k in dictionary[name]:\n",
    "    name_df = dframe.loc[dframe[name] == k]\n",
    "    if len(name_df) == 0:\n",
    "      continue\n",
    "    if len(names) == 1:\n",
    "      out_dict[k] = name_df.index.to_numpy()\n",
    "    else:\n",
    "      out_dict[k] = get_dict(name_df, names[1:])\n",
    "  return out_dict\n",
    "\n",
    "dict_data = get_dict(df, ['Culture', 'Patient', 'Plate', 'Replicate', 'Treatment', 'Concentration'])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "90\n"
     ]
    }
   ],
   "source": [
    "def get_experiments(d, depth):\n",
    "  exps = []\n",
    "  for k in d.keys():\n",
    "    if depth == 0:\n",
    "      exps.append(d[k])\n",
    "    else:\n",
    "      exps = exps + get_experiments(d[k], depth-1)\n",
    "  return exps\n",
    "\n",
    "def get_dists(d):\n",
    "  dists = []\n",
    "  for k in d.keys():\n",
    "    if type(d[k]) is numpy.ndarray:\n",
    "      dists.append(d[k])\n",
    "    else:\n",
    "      dists.extend(get_dists(d[k]))\n",
    "  return dists\n",
    "\n",
    "experiments = get_experiments(dict_data, depth=2)\n",
    "print(len(experiments))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['O', 'H2O'])\n",
      "C dict_keys(['O'])\n",
      "A dict_keys(['O', 'H2O'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['O', 'H2O'])\n",
      "C dict_keys(['O'])\n",
      "A dict_keys(['O', 'H2O'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['O', 'H2O'])\n",
      "C dict_keys(['O'])\n",
      "A dict_keys(['O', 'H2O'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['O', 'H2O'])\n",
      "C dict_keys(['O'])\n",
      "A dict_keys(['O', 'H2O'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['O', 'H2O'])\n",
      "C dict_keys(['O'])\n",
      "A dict_keys(['O', 'H2O'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['O', 'H2O'])\n",
      "C dict_keys(['O'])\n",
      "A dict_keys(['O', 'H2O'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['O', 'H2O'])\n",
      "C dict_keys(['O'])\n",
      "A dict_keys(['O', 'H2O'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['O', 'H2O'])\n",
      "C dict_keys(['O'])\n",
      "A dict_keys(['O', 'H2O'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['O', 'H2O'])\n",
      "C dict_keys(['O'])\n",
      "A dict_keys(['O', 'H2O'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['O', 'H2O'])\n",
      "C dict_keys(['O'])\n",
      "A dict_keys(['O', 'H2O'])\n",
      "--------------------------------------------------\n",
      "B dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "C dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "A dict_keys(['S', 'VS', 'L', 'V', 'DMSO'])\n",
      "BB dict_keys(['DMSO'])\n",
      "AA dict_keys(['DMSO'])\n",
      "CC dict_keys(['DMSO'])\n",
      "--------------------------------------------------\n"
     ]
    }
   ],
   "source": [
    "experiments = get_experiments(dict_data, 2)\n",
    "for i in range(len(experiments)):\n",
    "  for k in experiments[i].keys():\n",
    "    if len(experiments[i][k]) == 1:\n",
    "      for _k in experiments[i].keys():\n",
    "        print(_k, experiments[i][_k].keys())\n",
    "      print('-'*50)\n",
    "      break"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Every experiment is defined as a set of cells with the same ['Culture', 'Patient', 'Plate', 'Replicate'].\n",
    "Within the experiment there are multiple populations of cells which are defined by ['Treatment', 'Concentration'].\n",
    "\n",
    "However, there are replicas with a single treatment. For instance, for the same ['Culture', 'Patient', 'Plate'], we have the following replicas:  \n",
    "replica: B, Treatments: ['S', 'VS', 'L', 'V', 'DMSO']  \n",
    "replica: C, Treatments: ['S', 'VS', 'L', 'V', 'DMSO']  \n",
    "replica: A, Treatments: ['S', 'VS', 'L', 'V', 'DMSO']  \n",
    "replica: BB, Treatments: ['DMSO']  \n",
    "replica: AA, Treatments: ['DMSO']  \n",
    "replica: CC, Treatments: ['DMSO']  \n",
    "or   \n",
    "replica: B, Treatments: ['O', 'H2O']  \n",
    "replica: C, Treatments: ['O']  \n",
    "replica: A, Treatments: ['O', 'H2O']  "
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "360\n",
      "2506\n"
     ]
    }
   ],
   "source": [
    "experiments = get_experiments(dict_data, 3)\n",
    "print(len(experiments))\n",
    "experiments = [get_dists(e) for e in experiments]\n",
    "print(sum([len(d) for d in experiments]))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1000x500 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "figsize(10,5)\n",
    "plt.subplot(121)\n",
    "plt.hist([len(d) for d in experiments], bins=50)\n",
    "plt.title('experiment sizes')\n",
    "plt.grid()\n",
    "plt.subplot(122)\n",
    "pops = []\n",
    "for d in experiments:\n",
    "  pops.extend(d)\n",
    "pop_sizes = [len(d) for d in pops]\n",
    "logbins = np.logspace(np.log10(min(pop_sizes)),np.log10(max(pop_sizes)),100)\n",
    "plt.hist(pop_sizes, bins=logbins)\n",
    "plt.xscale('log')\n",
    "plt.title('population sizes')\n",
    "plt.grid()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "metadata": {},
   "outputs": [],
   "source": [
    "from copy import deepcopy\n",
    "\n",
    "treat_set = set(['O', 'S', 'VS', 'L', 'V',  'F',  'C', 'SF', 'CS', 'CF', 'CSF'])\n",
    "control_set = set(['DMSO', 'AH', 'H2O'])\n",
    "\n",
    "def filter_experiment(input_e):\n",
    "  e = deepcopy(input_e)\n",
    "  # filter small populations\n",
    "  treat_to_delete = []\n",
    "  for treat in e.keys():\n",
    "    pop_to_delete = []\n",
    "    for concentration in e[treat].keys():\n",
    "      if len(e[treat][concentration]) < 1000:\n",
    "        pop_to_delete.append(concentration)\n",
    "    for k in pop_to_delete:\n",
    "      del e[treat][k]\n",
    "    if len(e[treat]) == 0:\n",
    "      treat_to_delete.append(treat)\n",
    "  for k in treat_to_delete:\n",
    "    del e[k]\n",
    "  # filter treatment and control\n",
    "  if (set(e.keys()) & treat_set) and (set(e.keys()) & control_set):\n",
    "    return e\n",
    "  return None"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "252\n",
      "2244\n"
     ]
    }
   ],
   "source": [
    "experiments = get_experiments(dict_data, 3)\n",
    "experiments = [filter_experiment(e) for e in experiments]\n",
    "experiments = list(filter(lambda e: e is not None, experiments))\n",
    "print(len(experiments))\n",
    "experiments = [get_dists(e) for e in experiments]\n",
    "print(sum([len(d) for d in experiments]))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 14,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1000x500 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "figsize(10,5)\n",
    "plt.subplot(121)\n",
    "plt.hist([len(d) for d in experiments], bins=50)\n",
    "plt.title('experiment sizes')\n",
    "plt.grid()\n",
    "plt.subplot(122)\n",
    "pops = []\n",
    "for d in experiments:\n",
    "  pops.extend(d)\n",
    "pop_sizes = [len(d) for d in pops]\n",
    "logbins = np.logspace(np.log10(min(pop_sizes)),np.log10(max(pop_sizes)),100)\n",
    "plt.hist(pop_sizes, bins=logbins)\n",
    "plt.xscale('log')\n",
    "plt.title('population sizes')\n",
    "plt.grid()"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Data splits\n",
    "\n",
    "In total, there are 252 experiments. We choose 30 of them for validation and 30 of them for test. For the same patient, culture, plate we have different replicas, and out of those we take 1 replica either for test or validation."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 15,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "90\n"
     ]
    },
    {
     "data": {
      "text/plain": [
       "360"
      ]
     },
     "execution_count": 15,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "replica_batches = get_experiments(dict_data, 2)\n",
    "print(len(replica_batches))\n",
    "sum([len(r) for r in replica_batches])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 21,
   "metadata": {
    "scrolled": true
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "PDO\n",
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      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "PDOF\n",
      "PDOF\n",
      "PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "nan\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "nan\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "nan\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "nan\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "nan\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "nan\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "nan\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "nan\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "nan\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "nan\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "F\n",
      "F\n",
      "F\n",
      "----------------------------------------------------------------------------------------------------\n"
     ]
    }
   ],
   "source": [
    "batches_culture = {'PDO': [],\n",
    "                   'PDOF': [], \n",
    "                   'F': []}\n",
    "for i in range(len(replica_batches)):\n",
    "    b = replica_batches[i]\n",
    "    for r in b.keys():\n",
    "        control_list = list(set(b[r].keys()).intersection(control_set))\n",
    "        if len(control_list) == 0:\n",
    "            print('nan')\n",
    "            continue\n",
    "        culture = df.iloc[b[r][control_list[0]]['0'][0]]['Culture']\n",
    "        print(culture)\n",
    "    batches_culture[culture].append(i)\n",
    "    print('-'*100)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 22,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "{'PDO': [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29], 'PDOF': [30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59], 'F': [60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89]}\n"
     ]
    }
   ],
   "source": [
    "print(batches_culture)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 23,
   "metadata": {},
   "outputs": [],
   "source": [
    "np.random.seed(1)\n",
    "val_ids, test_ids = [], []\n",
    "for culture in batches_culture.keys():\n",
    "    ids = np.random.choice(batches_culture[culture], size=20, replace=False)\n",
    "    val_ids.append(ids[:10])\n",
    "    test_ids.append(ids[10:])\n",
    "val_ids = np.concatenate(val_ids)\n",
    "test_ids = np.concatenate(test_ids)\n",
    "\n",
    "train_experiments = []\n",
    "test_experiments = []\n",
    "val_experiments = []\n",
    "for i in range(len(replica_batches)):\n",
    "  batch = []\n",
    "  for r in replica_batches[i].keys():\n",
    "    e = filter_experiment(replica_batches[i][r])\n",
    "    if e is not None:\n",
    "      batch.append(e)\n",
    "  if len(batch) <= 1:\n",
    "    print(len(batch), 'replicas left')\n",
    "  pop_id = np.random.choice(len(batch))\n",
    "  if i in val_ids:\n",
    "    val_experiments.append(batch.pop(pop_id))\n",
    "  if i in test_ids:\n",
    "    test_experiments.append(batch.pop(pop_id))\n",
    "  train_experiments.extend(batch)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 24,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[17 21 10 19 14 20 26  3 24 22 48 32 46 59 44 35 41 36 45 49 85 84 61 87\n",
      " 89 65 88 83 63 66]\n",
      "[23  4  2 25  6 18 13  7 27  1 40 33 51 38 55 42 54 31 37 50 68 81 70 74\n",
      " 67 62 82 64 60 75]\n"
     ]
    }
   ],
   "source": [
    "print(val_ids)\n",
    "print(test_ids)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 18,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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NN9/Ufffdpz/96U+aMGFCg/Ge7Otvv/3WZVxoaKgGDhwowzBcvkYBAP5W/w/lJ598UpI0duxYSdL//M//SPqxUmRdtdU8x40b59J+7NgxlypiFRUVevbZZzVs2DDn19D69+8vSdq+fbtzulOnTp3xroX0092SundHdu3apR07drhM17lzZ0nNu0542kdv1b8WBAcHO+/sN3Y9qqmp0eTJk1VdXa2XX37Z7W+uTZw4USEhIcrPz29w18gwDOd6KyoqdPr0aZfxQ4YMUXBwcJPXQ5gfd2zgtQULFujtt9/WyJEjddNNN2ngwIH67rvvtHfvXr355pv67rvvJEnz58/Xvn37tGXLFkVERGjo0KG6//77dd999+mqq65yftBKUlhYmDZu3Khp06Zp5MiR2rBhg9544w398Y9/dH6V65JLLtEtt9yigoIC7du3T+np6bJYLDp06JDWrl2rxx9/XFdddZXft0drxDVs2DCFhITo4YcfVnl5uaxWq8aMGeP2OZ6PP/5Yl19+uSZNmqSBAweqU6dOWrdunUpLSzV58uRG1zFlyhT16NFDZ599doO7OmlpaYqNjW32vk5PT1dcXJxGjx6t2NhYffjhh1q8eLHGjRuniIgIj/oOAL50+PBh/eY3v9Gvf/1r7dixQ88995yuvfZanXfeeZKk8847T9OmTdOKFStUVlamSy65RO+9956eeeYZTZgwQZdddpnL8s455xxlZWVp9+7dio2N1dNPP63S0lKtWrXKOU16eroSExOVlZWlu+66SyEhIXr66afVo0cPHT16tMl4r7jiCr3yyiv67W9/q3Hjxunw4cNatmyZBg4c6FKiPzw8XAMHDtTf/vY3nXPOOerevbsGDx6swYMHN1imp3301o033qjvvvtOY8aMUe/evfX555/rySef1LBhwxr9yYJly5bprbfe0u9///sGxXZiY2OVlpam/v37a/78+crNzdWRI0c0YcIERURE6PDhw1q3bp1uvvlm3XnnnXrrrbd022236eqrr9Y555yj06dP669//avzP+rQjvm/EBvak9LSUiM7O9tISEgwLBaLERcXZ1x++eXGihUrDMMwjOLiYqNTp04uJZwN48cylhdccIERHx9vfP/994Zh/FjuuUuXLsann35qpKenG507dzZiY2ONuXPnGjU1NQ3WvWLFCiM5OdkIDw83IiIijCFDhhh33323cezYMec0ffr0McaNG+c29sbKPe/evdtlutpymbXlpmvVxuvLuNyVYn7qqaeMX/ziF0ZISEiTpTG/+eYbIzs720hKSjK6dOliREVFGSNHjjRefPHFJtchqdFX3XWdaV8bhmEsX77cuPjii42YmBjDarUa/fv3N+666y6jvLzcbcwA0NpqP8M/+OAD46qrrjIiIiKMbt26Gbfddpvxww8/uExrt9uN/Px8o1+/fobFYjESEhKM3Nxco6qqymW62s/wTZs2GUOHDjWsVquRlJTktrxwcXGxMXLkSCM0NNRITEw0HnvssWaVe3Y4HMZDDz1k9OnTx7Barcb5559vvP7668a0adOMPn36uKzj3XffNZKTk43Q0FCX0s/uyk172sf6zvSTAYZhGC+99JKRnp5u9OzZ09nvW265xVm22TAalnuujdXdq/76Xn75ZePCCy80unTpYnTp0sVISkoysrOzjYMHDxqGYRifffaZccMNNxj9+/c3wsLCjO7duxuXXXaZ8eabbzYZN8wvyDBa8KQy4EPTp0/XSy+91ODHIgEA8FZeXp7y8/P19ddf62c/+5lPltm3b18NHjxYr7/+uk+WB8A3eMYGAAAAgOmR2AAAAAAwPRIbAAAAAKbHMzYAAAAATI87NgAAAABMj8QGAAAAgOm1uR/odDgcOnbsmCIiIhQUFBTocACgQzEMQydOnFB8fLyCg/m/r1pcmwAgMDy5LrW5xObYsWNKSEgIdBgA0KF98cUX6t27d6DDaDO4NgFAYDXnutTmEpuIiAhJPwYfGRkZ4Gg8Z7fbtXnzZqWnp8tisQQ6HL+j/x27/xLbwOz9r6ioUEJCgvOzGD/y5tpk9mMBaCs4lzo2T65LbS6xqb3FHxkZadrEpnPnzoqMjOyQJx/979j9l9gG7aX/fN3KlTfXpvZyLACBxrkEqXnXJb5ADQAAAMD0SGwAAAAAmB6JDQAAAADTI7EBAAAAYHokNgAAAABMz+PE5ssvv9Tvfvc7xcTEKDw8XEOGDNGePXuc4w3D0P33369evXopPDxcqampOnTokE+DBgAAAIC6PEpsvv/+e40ePVoWi0UbNmzQBx98oEcffVTdunVzTvPII4/oiSee0LJly7Rr1y516dJFGRkZqqqq8nnwAAAAACB5+Ds2Dz/8sBISErRq1SpnW79+/ZzvDcPQokWLdN999+nKK6+UJD377LOKjY3Vq6++qsmTJ/sobAAAAAD4iUeJzT/+8Q9lZGTo6quv1rZt2/Tzn/9ct956q2666SZJ0uHDh1VSUqLU1FTnPFFRURo5cqR27NjhNrGx2Wyy2WzO4YqKCkk//hiT3W73qlOBVBuzGWP3BfrfsfsvsQ3M3n+zxg0AgEeJzWeffaalS5cqJydHf/zjH7V7927NnDlToaGhmjZtmkpKSiRJsbGxLvPFxsY6x9VXUFCg/Pz8Bu2bN29W586dPQmvTSkqKgp0CAFF/zt2/yW2gVn7X1lZGegQAADwikeJjcPh0PDhw/XQQw9Jks4//3wdOHBAy5Yt07Rp07wKIDc3Vzk5Oc7hiooKJSQkKD09XZGRkV4tM5DsdruKioqUlpYmi8US6HD8jv537P5LbAOz97/2rjkAAGbjUWLTq1cvDRw40KVtwIABevnllyVJcXFxkqTS0lL16tXLOU1paamGDRvmdplWq1VWq7VBu8ViMeUfBbXMHn9L0f+O3X+JbWDW/psxZgAAJA+roo0ePVoHDx50afv444/Vp08fST8WEoiLi9OWLVuc4ysqKrRr1y6lpKT4IFwAAAAAaMijOzazZ8/Wr371Kz300EOaNGmS3nvvPa1YsUIrVqyQJAUFBWnWrFmaP3++zj77bPXr109z5sxRfHy8JkyY0BrxAwAAAIBnic0FF1ygdevWKTc3V/PmzVO/fv20aNEiXXfddc5p7r77bp06dUo333yzysrKdOGFF2rjxo0KCwvzefAAAAAAIHmY2EjSFVdcoSuuuKLR8UFBQZo3b57mzZvXosDMbnDeJtlqghq0H1kwLgDRAAAAtC99733D+Z6/ryB5+IwNAAAAALRFJDYAAAAATI/EBgAAAIDpkdgAAAAAMD0SGwAAAACm53FVNABoDneVAalaAwAAWgt3bAAAAACYHokNAAAAANMjsQEAAABgeiQ2AAAAAEyPxAYAAACA6ZHYAAAAADA9EhsAAAAApkdiAwAAAMD0SGwAAAAAmB6JDQAAAADTI7EBAJhaXl6egoKCXF5JSUnO8VVVVcrOzlZMTIy6du2qzMxMlZaWBjBiAEBrILEBAJjeoEGD9NVXXzlf77zzjnPc7Nmz9dprr2nt2rXatm2bjh07pokTJwYwWgBAa+gU6AAAAGipTp06KS4urkF7eXm5Vq5cqTVr1mjMmDGSpFWrVmnAgAHauXOnRo0a5e9QAQCthMQGAGB6hw4dUnx8vMLCwpSSkqKCggIlJiaquLhYdrtdqampzmmTkpKUmJioHTt2NJrY2Gw22Ww253BFRYUkyW63y263Nyum2umaOz0A9xo7l6whRoNp0P54sm9JbAAApjZy5EitXr1a5557rr766ivl5+froosu0oEDB1RSUqLQ0FBFR0e7zBMbG6uSkpJGl1lQUKD8/PwG7Zs3b1bnzp09iq+oqMij6QG4V/9cemTET+/Xr1/v52jgL5WVlc2elsQGAGBqY8eOdb4fOnSoRo4cqT59+ujFF19UeHi4V8vMzc1VTk6Oc7iiokIJCQlKT09XZGRks5Zht9tVVFSktLQ0WSwWr+IA0Pi5NDhvk/P9gbyMQIQGP6i9Y94cJDYAgHYlOjpa55xzjj755BOlpaWpurpaZWVlLndtSktL3T6TU8tqtcpqtTZot1gsHicp3swDoKH655KtJshlHNonT/YtVdEAAO3KyZMn9emnn6pXr15KTk6WxWLRli1bnOMPHjyoo0ePKiUlJYBRAgB8jTs2AABTu/POOzV+/Hj16dNHx44d09y5cxUSEqIpU6YoKipKWVlZysnJUffu3RUZGakZM2YoJSWFimgA0M6Q2AAATO2///2vpkyZom+//VY9evTQhRdeqJ07d6pHjx6SpIULFyo4OFiZmZmy2WzKyMjQkiVLAhw1AMDXSGwAAKb2wgsvNDk+LCxMhYWFKiws9FNEAIBA4BkbAAAAAKZHYgMAAADA9EhsAAAAAJgeiQ0AAAAA0yOxAQAAAGB6JDYAAAAATI/EBgAAAIDpkdgAAAAAMD0SGwAAAACmR2IDAAAAwPRIbAAAAACYHokNAAAAANMjsQEAAABgeiQ2AAAAAEyPxAYAAACA6ZHYAAAAADA9EhsAAAAApkdiAwAAAMD0SGwAAAAAmB6JDQAAAADTI7EBAAAAYHokNgAAAABMj8QGAAAAgOmR2AAAAAAwPY8Sm7y8PAUFBbm8kpKSnOOrqqqUnZ2tmJgYde3aVZmZmSotLfV50AAAAABQl8d3bAYNGqSvvvrK+XrnnXec42bPnq3XXntNa9eu1bZt23Ts2DFNnDjRpwEDAAAAQH2dPJ6hUyfFxcU1aC8vL9fKlSu1Zs0ajRkzRpK0atUqDRgwQDt37tSoUaNaHi0AAAAAuOFxYnPo0CHFx8crLCxMKSkpKigoUGJiooqLi2W325WamuqcNikpSYmJidqxY0ejiY3NZpPNZnMOV1RUSJLsdrvsdrun4QVcbczWYKPJ8e1Vbf/aez8b09H7LzV9DnSE7WL2Y8CscQMA4FFiM3LkSK1evVrnnnuuvvrqK+Xn5+uiiy7SgQMHVFJSotDQUEVHR7vMExsbq5KSkkaXWVBQoPz8/AbtmzdvVufOnT0Jr015YLjDbfv69ev9HElgFBUVBTqEgOro/ZfcnwMd5fiXzHsMVFZWBjoEAAC84lFiM3bsWOf7oUOHauTIkerTp49efPFFhYeHexVAbm6ucnJynMMVFRVKSEhQenq6IiMjvVpmINntdhUVFWnOnmDZHEENxh/IywhAVP5T2/+0tDRZLJZAh+N3Hb3/UtPnQHs//iXzHwO1d80BADAbj7+KVld0dLTOOeccffLJJ0pLS1N1dbXKyspc7tqUlpa6fSanltVqldVqbdBusVhM+UdBLZsjSLaahomNmfvkCbPvv5bq6P2X3J8DHWmbmPUYMGPMAABILfwdm5MnT+rTTz9Vr169lJycLIvFoi1btjjHHzx4UEePHlVKSkqLAwUAAACAxnh0x+bOO+/U+PHj1adPHx07dkxz585VSEiIpkyZoqioKGVlZSknJ0fdu3dXZGSkZsyYoZSUFCqiAQAAAGhVHiU2//3vfzVlyhR9++236tGjhy688ELt3LlTPXr0kCQtXLhQwcHByszMlM1mU0ZGhpYsWdIqgQMAAABALY8SmxdeeKHJ8WFhYSosLFRhYWGLggIANK3vvW80Ou7IgnF+jAQA2pe6n698nppLi56xAQAAAIC2gMQGAAAAgOmR2AAAAAAwPRIbAAAAAKZHYgMAAADA9EhsAAAAAJieR+WeAQAAAFAWui3ijg0AAAAA0yOxAQAAAGB6JDYAAAAATI/EBgAAAIDpkdgAAAAAMD0SGwAAAACmR2IDAAAAwPRIbAAAAACYHokNAAAAANMjsQEAAABgeiQ2AAAAAEyPxAYAAACA6ZHYAAAAADA9EhsAAAAApkdiAwAAAMD0SGwAAAAAmB6JDQCgXVmwYIGCgoI0a9YsZ1tVVZWys7MVExOjrl27KjMzU6WlpYELEgDgcyQ2AIB2Y/fu3Vq+fLmGDh3q0j579my99tprWrt2rbZt26Zjx45p4sSJAYoSANAaSGwAAO3CyZMndd111+mpp55St27dnO3l5eVauXKlHnvsMY0ZM0bJyclatWqV3n33Xe3cuTOAEQMAfKlToAMAAMAXsrOzNW7cOKWmpmr+/PnO9uLiYtntdqWmpjrbkpKSlJiYqB07dmjUqFENlmWz2WSz2ZzDFRUVkiS73S673d6seGqna+70ANxr7FyyhhgNpvGF5i63tdYPV55sWxIbAIDpvfDCC9q7d692797dYFxJSYlCQ0MVHR3t0h4bG6uSkhK3yysoKFB+fn6D9s2bN6tz584exVZUVOTR9ADcq38uPTLip/fr16/32Xqau9zWWj9cVVZWNntaEhsAgKl98cUXuv3221VUVKSwsDCfLDM3N1c5OTnO4YqKCiUkJCg9PV2RkZHNWobdbldRUZHS0tJksVh8EhfQETV2Lg3O2+R8fyAvo1nLas48zV2uN+uH52rvmDcHiQ0AwNSKi4t1/Phx/fKXv3S21dTUaPv27Vq8eLE2bdqk6upqlZWVudy1KS0tVVxcnNtlWq1WWa3WBu0Wi8XjJMWbeQA0VP9cstUEuYxrjubM09zlerN+eM6TbUtiAwAwtcsvv1z79+93abv++uuVlJSke+65RwkJCbJYLNqyZYsyMzMlSQcPHtTRo0eVkpISiJABAK2AxAYAYGoREREaPHiwS1uXLl0UExPjbM/KylJOTo66d++uyMhIzZgxQykpKW4LBwAAzInEBgDQ7i1cuFDBwcHKzMyUzWZTRkaGlixZEuiwAAA+RGIDAGh3tm7d6jIcFhamwsJCFRYWBiYgAECr4wc6AQAAAJgeiQ0AAAAA0yOxAQAAAGB6JDYAAAAATI/EBgAAAIDpkdgAAAAAMD0SGwAAAACmx+/YAAAAoN3oe+8bLsNHFoxrE8tC6+OODQAAAADTI7EBAAAAYHokNgAAAABMj8QGAAAAgOmR2AAAAAAwPRIbAAAAAKZHuWcAAAC0W/VLNvtzfZSH9i/u2AAAAAAwPRIbAAAAAKbXosRmwYIFCgoK0qxZs5xtVVVVys7OVkxMjLp27arMzEyVlpa2NE4AAAAAaJTXic3u3bu1fPlyDR061KV99uzZeu2117R27Vpt27ZNx44d08SJE1scKAAAAAA0xqvE5uTJk7ruuuv01FNPqVu3bs728vJyrVy5Uo899pjGjBmj5ORkrVq1Su+++6527tzps6ABAAAAoC6vqqJlZ2dr3LhxSk1N1fz5853txcXFstvtSk1NdbYlJSUpMTFRO3bs0KhRoxosy2azyWazOYcrKiokSXa7XXa73ZvwAqo2Zmuw0eT49qq2f+29n43p6P2Xmj4HOsJ28dcxYA1x/xnT0nV3hH0EAGifPE5sXnjhBe3du1e7d+9uMK6kpEShoaGKjo52aY+NjVVJSYnb5RUUFCg/P79B++bNm9W5c2dPw2szHhjucNu+fv16P0cSGEVFRYEOIaA6ev8l9+dARzn+pdY/Bh4Z0fi4lmznyspKr+cFACCQPEpsvvjiC91+++0qKipSWFiYTwLIzc1VTk6Oc7iiokIJCQlKT09XZGSkT9bhT3a7XUVFRZqzJ1g2R1CD8QfyMgIQlf/U9j8tLU0WiyXQ4fhdR++/1PQ50N6Pf8l/x8DgvE2NjmvJdq69aw4AgNl4lNgUFxfr+PHj+uUvf+lsq6mp0fbt27V48WJt2rRJ1dXVKisrc7lrU1paqri4OLfLtFqtslqtDdotFoup/zC0OYJkq2mY2Ji5T54w+/5rqY7ef8n9OdCRtklrHwPuPl/qrttbHWkfAQDaF48Sm8svv1z79+93abv++uuVlJSke+65RwkJCbJYLNqyZYsyMzMlSQcPHtTRo0eVkpLiu6gBAAAAoA6PEpuIiAgNHjzYpa1Lly6KiYlxtmdlZSknJ0fdu3dXZGSkZsyYoZSUFLeFAwAAAADAF7yqitaUhQsXKjg4WJmZmbLZbMrIyNCSJUt8vRoAAAAAcGpxYrN161aX4bCwMBUWFqqwsLCliwYAAACAZvH5HRsAAACgNfS9941Ah4A2LDjQAQAAAABAS5HYAAAAADA9EhsAAAAApkdiAwAAAMD0SGwAAAAAmB5V0QAAAOB3dSucHVkwzmfLas31U5WtbeOODQAAAADTI7EBAAAAYHokNgAAAABMj8QGAAAAgOmR2AAAAAAwPRIbAAAAAKZHYgMAAADA9EhsAAAAAJgeiQ0AAAAA0yOxAQAAAGB6JDYAAAAATI/EBgAAAIDpkdgAAAAAML1OgQ4AAAAA7Vffe99wvj+yYFwAI0F7xx0bAAAAAKZHYgMAAADA9EhsAAAAAJgeiQ0AAAAA0yOxAQAAAGB6JDYAAAAATI9yzwAAAAiouiWh67OGGHpkhDQ4b5OkIP8FBdPhjg0AAAAA0yOxAQAAAGB6JDYAAFNbunSphg4dqsjISEVGRiolJUUbNmxwjq+qqlJ2drZiYmLUtWtXZWZmqrS0NIARAwBaA4kNAMDUevfurQULFqi4uFh79uzRmDFjdOWVV+o///mPJGn27Nl67bXXtHbtWm3btk3Hjh3TxIkTAxw1AMDXKB4AADC18ePHuww/+OCDWrp0qXbu3KnevXtr5cqVWrNmjcaMGSNJWrVqlQYMGKCdO3dq1KhRgQgZANAKSGwAAO1GTU2N1q5dq1OnTiklJUXFxcWy2+1KTU11TpOUlKTExETt2LGj0cTGZrPJZrM5hysqKiRJdrtddru9WbHUTtfc6YH2yhpiON/XPR/qtjc5f7Dh8m9r8Cau5szP+d9ynmxDEhsAgOnt379fKSkpqqqqUteuXbVu3ToNHDhQ+/btU2hoqKKjo12mj42NVUlJSaPLKygoUH5+foP2zZs3q3Pnzh7FVlRU5NH0QHvzyIif3q9fv95te3M8MNzho4gaaklcTc1ftx3eqaysbPa0JDYAANM799xztW/fPpWXl+ull17StGnTtG3bNq+Xl5ubq5ycHOdwRUWFEhISlJ6ersjIyGYtw263q6ioSGlpabJYLF7HAgTaj78f86MDeRktmt8b1mBDDwx3aM6eYNkcbfN3bOpul8b66822w093zJuDxAYAYHqhoaE666yzJEnJycnavXu3Hn/8cV1zzTWqrq5WWVmZy12b0tJSxcXFNbo8q9Uqq9XaoN1isXicpHgzD9CW2Gp+Sia8OZbrzt+iOBxBPluWr9XdLo3FyOeAdzzZblRFAwC0Ow6HQzabTcnJybJYLNqyZYtz3MGDB3X06FGlpKQEMEIAgK9xxwYAYGq5ubkaO3asEhMTdeLECa1Zs0Zbt27Vpk2bFBUVpaysLOXk5Kh79+6KjIzUjBkzlJKSQkU0AGhnSGwAAKZ2/PhxTZ06VV999ZWioqI0dOhQbdq0SWlpaZKkhQsXKjg4WJmZmbLZbMrIyNCSJUsCHDUAwNdIbAAAprZy5comx4eFhamwsFCFhYV+iggAEAgkNgAAAO1A33vfcL4/smDcGduB9obiAQAAAABMj8QGAAAAgOmR2AAAAAAwPRIbAAAAAKZHYgMAAADA9EhsAAAAAJge5Z4BAAD8iLLMQOvgjg0AAAAA0yOxAQAAAGB6HiU2S5cu1dChQxUZGanIyEilpKRow4YNzvFVVVXKzs5WTEyMunbtqszMTJWWlvo8aAAAAACoy6PEpnfv3lqwYIGKi4u1Z88ejRkzRldeeaX+85//SJJmz56t1157TWvXrtW2bdt07NgxTZw4sVUCBwAAAIBaHhUPGD9+vMvwgw8+qKVLl2rnzp3q3bu3Vq5cqTVr1mjMmDGSpFWrVmnAgAHauXOnRo0a5buoAQAAAKAOr6ui1dTUaO3atTp16pRSUlJUXFwsu92u1NRU5zRJSUlKTEzUjh07Gk1sbDabbDabc7iiokKSZLfbZbfbvQ0vYGpjtgYbTY5vr2r719772ZiO3n+p6XOgI2wXfx0D1hD3nzEtXXdH2EcAgPbJ48Rm//79SklJUVVVlbp27ap169Zp4MCB2rdvn0JDQxUdHe0yfWxsrEpKShpdXkFBgfLz8xu0b968WZ07d/Y0vDbjgeEOt+3r16/3cySBUVRUFOgQAqqj919yfw50lONfav1j4JERjY9ryXaurKz0el4Anqtb4tkMywXaMo8Tm3PPPVf79u1TeXm5XnrpJU2bNk3btm3zOoDc3Fzl5OQ4hysqKpSQkKD09HRFRkZ6vdxAsdvtKioq0pw9wbI5ghqMP5CXEYCo/Ke2/2lpabJYLIEOx+86ev+lps+B9n78S/47BgbnbWp0XEu2c+1dcwAAzMbjxCY0NFRnnXWWJCk5OVm7d+/W448/rmuuuUbV1dUqKytzuWtTWlqquLi4RpdntVpltVobtFssFlP/YWhzBMlW0zCxMXOfPGH2/ddSHb3/kvtzoCNtk9Y+Btx9vtRdt7c60j4CALQvLf4dG4fDIZvNpuTkZFksFm3ZssU57uDBgzp69KhSUlJauhoAAAAAaJRHd2xyc3M1duxYJSYm6sSJE1qzZo22bt2qTZs2KSoqSllZWcrJyVH37t0VGRmpGTNmKCUlhYpoAAAAAFqVR4nN8ePHNXXqVH311VeKiorS0KFDtWnTJqWlpUmSFi5cqODgYGVmZspmsykjI0NLlixplcABAAAAoJZHic3KlSubHB8WFqbCwkIVFha2KCgAAAAA8ITXv2MDAACA1le/dPORBeMCFAnQtrW4eAAAAAAABBqJDQAAAADTI7EBAAAAYHokNgAAAABMj8QGAAAAgOmR2AAAAAAwPco9AwAAdBCUjm4d9bdrS+Znn3iPOzYAAAAATI/EBgAAAIDpkdgAAAAAMD0SGwAAAACmR2IDAAAAwPRIbAAAAACYHuWeAQAAABOhPLR73LEBAAAAYHokNgAAAABMj8QGAAAAgOmR2AAAAAAwPRIbAAAAAKZHYgMAAADA9Cj3DAAA0MrqludtSxorG9xW4wWawh0bAAAAAKZHYgMAAADA9EhsAAAAAJgeiQ0AAAAA0yOxAQAAAGB6VEUDAABoY8xYlayxCmvwDNvRe9yxAQAAAGB6JDYAAAAATI/EBgAAAIDpkdgAAAAAMD0SGwAAAACmR2IDAAAAwPQo9wwAAGAiZiwFDfgDd2wAAAAAmB6JDQAAAADTI7EBAJhaQUGBLrjgAkVERKhnz56aMGGCDh486DJNVVWVsrOzFRMTo65duyozM1OlpaUBihgA0BpIbAAAprZt2zZlZ2dr586dKioqkt1uV3p6uk6dOuWcZvbs2Xrttde0du1abdu2TceOHdPEiRMDGDUAwNcoHgAAMLWNGze6DK9evVo9e/ZUcXGxLr74YpWXl2vlypVas2aNxowZI0latWqVBgwYoJ07d2rUqFGBCBsA4GMkNgCAdqW8vFyS1L17d0lScXGx7Ha7UlNTndMkJSUpMTFRO3bscJvY2Gw22Ww253BFRYUkyW63y263NyuO2umaOz3aN2uIEegQzqjusdpYvE0dz3Xnac6ymssabLj8a1bN3XbNmaexbd0eedI/EhsAQLvhcDg0a9YsjR49WoMHD5YklZSUKDQ0VNHR0S7TxsbGqqSkxO1yCgoKlJ+f36B98+bN6ty5s0cxFRUVeTQ92qdHRgQ6gjNbv369831j8dadpr668zRnWZ56YLjDNwsKkOZuu+bM09i2bo8qKyubPS2JDQCg3cjOztaBAwf0zjvvtGg5ubm5ysnJcQ5XVFQoISFB6enpioyMbNYy7Ha7ioqKlJaWJovF0qJ4YA6D8za5DB/Iy2h0nFnV7VN9rdVHa7ChB4Y7NGdPsGyOoFZZh7/V346NbbvGtnfd6ZvaJ+1B7R3z5iCxAQC0C7fddptef/11bd++Xb1793a2x8XFqbq6WmVlZS53bUpLSxUXF+d2WVarVVartUG7xWLxOEnxZh6Yk63G9Y/uuvu9/jizaupYbu0+2hxB7XY7NtavxrZ33enb++eLJ/2jKhoAwNQMw9Btt92mdevW6a233lK/fv1cxicnJ8tisWjLli3OtoMHD+ro0aNKSUnxd7gAgFbCHRsAgKllZ2drzZo1+vvf/66IiAjnczNRUVEKDw9XVFSUsrKylJOTo+7duysyMlIzZsxQSkoKFdEAoB0hsQEAmNrSpUslSZdeeqlL+6pVqzR9+nRJ0sKFCxUcHKzMzEzZbDZlZGRoyZIlfo4UANCaSGwAAKZmGGcuARsWFqbCwkIVFhb6ISIAQCDwjA0AAAAA0yOxAQAAAGB6JDYAAAAATI/EBgAAAIDpeZTYFBQU6IILLlBERIR69uypCRMm6ODBgy7TVFVVKTs7WzExMeratasyMzNVWlrq06ABAAAAoC6PEptt27YpOztbO3fuVFFRkex2u9LT03Xq1CnnNLNnz9Zrr72mtWvXatu2bTp27JgmTpzo88ABAAAAoJZH5Z43btzoMrx69Wr17NlTxcXFuvjii1VeXq6VK1dqzZo1GjNmjKQff0dgwIAB2rlzp9sfQrPZbLLZbM7hiooKSZLdbpfdbve4Q4FWG7M12H35UTP2yRO1/Wvv/WxMR++/1PQ50BG2i7+OAWtI4yWOW7LujrCPAADtU4t+x6a8vFyS1L17d0lScXGx7Ha7UlNTndMkJSUpMTFRO3bscJvYFBQUKD8/v0H75s2b1blz55aEF1APDHe4bV+/fr2fIwmMoqKiQIcQUB29/5L7c6CjHP9S6x8Dj4xofFxLtnNlZaXX8wIdUd973wh0CGjH6h5fRxaMC2Ak5uB1YuNwODRr1iyNHj1agwcPliSVlJQoNDRU0dHRLtPGxsaqpKTE7XJyc3OVk5PjHK6oqFBCQoLS09MVGRnpbXgBY7fbVVRUpDl7gmVzBDUYfyAvIwBR+U9t/9PS0mSxWAIdjt919P5LTZ8D7f34l/x3DAzO29TouJZs59q75gAAmI3XiU12drYOHDigd955p0UBWK1WWa3WBu0Wi8XUfxjaHEGy1TRMbMzcJ0+Yff+1VEfvv+T+HOhI26S1jwF3ny911+2tjrSPAADti1flnm+77Ta9/vrrevvtt9W7d29ne1xcnKqrq1VWVuYyfWlpqeLi4loUKAAAAAA0xqPExjAM3XbbbVq3bp3eeust9evXz2V8cnKyLBaLtmzZ4mw7ePCgjh49qpSUFN9EDAAAAAD1ePRVtOzsbK1Zs0Z///vfFRER4XxuJioqSuHh4YqKilJWVpZycnLUvXt3RUZGasaMGUpJSXFbOAAAAAAAfMGjxGbp0qWSpEsvvdSlfdWqVZo+fbokaeHChQoODlZmZqZsNpsyMjK0ZMkSnwQLAAAAAO54lNgYRuO/m1ArLCxMhYWFKiws9DooAAAAX2pp2VzK7gJtn1fFAwAAAACgLSGxAQAAAGB6JDYAAAAATI/EBgAAAIDpkdgAAAAAMD0SGwAAAACm51G5ZwAAAHRcdctew7/Y9mfGHRsAAAAApkdiAwAAAMD0SGwAAAAAmB6JDQAAAADTI7EBAAAAYHokNgAAAABMj3LPAACg3ahbEvfIgnEeTV9fY/M3t+wu5XnRGI6N1sEdGwAAAACmR2IDAAAAwPRIbAAAAACYHokNAAAAANMjsQEAAABgeiQ2AAAAAEyPcs8AAKBdamlJXUryAubCHRsAAAAApkdiAwAAAMD0SGwAAAAAmB6JDQAAAADTI7EBAAAAYHokNgAAAABMj3LPAAAAgEnVL0t+ZMG4AEUSeNyxAQAAAGB6JDYAAAAATI/EBgAAAIDpkdgAAAAAMD0SGwAAAACmR2IDAAAAwPQo9wwAAAC0E3XLP3e00s/csQEAAABgeiQ2AAAAAEyPxAYAAACA6ZHYAAAAADA9EhsAAAAApkdiAwAAAMD0KPcMAADaPF+WsK27LKA962iln0lsAMCkIgbc28iY9n/xAgCgPr6KBgAAAMD0SGwAAKa2fft2jR8/XvHx8QoKCtKrr77qMt4wDN1///3q1auXwsPDlZqaqkOHDgUmWABAqyGxAQCY2qlTp3TeeeepsLDQ7fhHHnlETzzxhJYtW6Zdu3apS5cuysjIUFVVlZ8jBQC0Jp6xAQCY2tixYzV27Fi34wzD0KJFi3TffffpyiuvlCQ9++yzio2N1auvvqrJkye7nc9ms8lmszmHKyoqJEl2u112u71ZcdVO19zp0TRriOF839Q2rTsd2gdrsOHyL7xj1s8iT+ImsQEAtFuHDx9WSUmJUlNTnW1RUVEaOXKkduzY0WhiU1BQoPz8/AbtmzdvVufOnT2KoaioyLOg4dYjI356v379+mZNh/blgeGOQIdgak2dN21ZZWVls6clsQGAVjA4b5NsNUEubR2h1GZbU1JSIkmKjY11aY+NjXWOcyc3N1c5OTnO4YqKCiUkJCg9PV2RkZHNWrfdbldRUZHS0tJksVi8iB51Dc7b5Hx/IC+jWdOhbTtgzXIZHmxb6XY6a7ChB4Y7NGdPsGyOHz9XI87JazDdiY9/aqu77MaW21Q8zZ3HTJo6b9qy2jvmzUFiAwBAPVarVVartUG7xWLxOEnxZh40VPc/CpranvX/QwFtl8Xh+pzbmfadzRHknCZUtobj6x4jdZbd3GPCm3nMxKyfQ57ETfEAAEC7FRcXJ0kqLS11aS8tLXWOAwC0Dx4nNpTVBACYRb9+/RQXF6ctW7Y42yoqKrRr1y6lpKQEMDIAgK95nNhQVhMA0JacPHlS+/bt0759+yT9WDBg3759Onr0qIKCgjRr1izNnz9f//jHP7R//35NnTpV8fHxmjBhQkDjBgD4lsfP2LRGWU0AALy1Z88eXXbZZc7h2of+p02bptWrV+vuu+/WqVOndPPNN6usrEwXXnihNm7cqLCwsECFDABoBT4tHuBNWU1f/FZAW1Ibc2O11s3YJ0909N9t6Oj9l5o+BzrCdvFX/60hhqxq+HB7S9djxn106aWXyjAa/32LoKAgzZs3T/PmzfNjVGhNfe99w2XYnxUHIwbcK0k68eECr+f1dv727kjYtc73favWON8fsGZpvVbogDVLZ1c+HYjQPFa3L5Jrf8yk7rlmhsqePk1svCmr6cvfCmhLGqu1btYa4p7q6L/b0NH7L7k/BzrK8S+1fv9//K2OOW7HtWQ9nvxeAAAAbUnAyz374rcC2pLa3y14uOxhVavaZdyJj/NMW0O8uTr67zZ09P5LP22Dur83UKu9H/+S//o/OG+T299xkKQd1+7werme/F4AAABtiU8Tm7plNXv16uVsLy0t1bBhw9zO48vfCmhLqlUtW70a67aaIFP3yRNm338t1dH7L7n+3kCtjrRNWrv/tpogt7/j0NL1dKR9BABoX3z6OzaU1QQAAAAQCB7fsTl58qQ++eQT53BtWc3u3bsrMTHRWVbz7LPPVr9+/TRnzhzKagIAAABoVR4nNpTVBAAAANDWeJzYUFbTez+W/isPdBiAXxywZsniqP/DvBz/ABpqaUnZ+uWfYX51yyXbxX+O+0Jj50ndc87s55JPn7EBAAAAgEAgsQEAAABgeiQ2AAAAAEyPxAYAAACA6ZHYAAAAADA9EhsAAAAApudxuWcAAIDW0tLSz2YRMeBeSdKJDxc0GHck7FoN6ZcoSdp/+KjLuL5Va7xaJvyvdh9K0pHDP5WvbmofBkJzSzyb4dzkjg0AAAAA0yOxAQAAAGB6JDYAAAAATI/EBgAAAIDpkdgAAAAAMD0SGwAAAACmR7lnAADgd80tMYvmORJ2rYYo8cwTNjF/Xb4sSVxbhlpqWL66OVL6JGjO/72vjfNMfW2sXHb9mLwpjV13W7nbThED7m0yvqbmr7utKNvtOe7YAAAAADA9EhsAAAAApkdiAwAAAMD0eMYGaIca++76kQXjWnW9Q54ZIqusmhM9Ryl9EmSTzavvUwMAAHiKOzYAAAAATI/EBgAAAIDp8VU0AADQKup+Lba1vwrrb02V5a1fzrfutJ6qLVssNSxdfCTsWuf4lpR6bkxrlB5uqj91x/vya8ytWcr6TKWfW4LSz57jjg0AAAAA0yOxAQAAAGB6JDYAAAAATI9nbIBWMDhvk2w1QQ3a29t3zBE4R8KubZXv1AMAYFbcsQEAAABgeiQ2AAAAAEyPr6IBAACPeVrKue70ZuNNuebassURanre2nLBzS0VXL90sTfz1MZWt4Twmcowt4amSjvXjcf6f/+m9EmQTbZGl1e3n019VbfuV3mbsz1rp3HGdPgM07lZt7vtO6RfovP4OFM559YsK92ecMcGAAAAgOmR2AAAAAAwPRIbAAAAAKZHYgMAAADA9EhsAAAAAJgeiQ0AAAAA06PcMwAAaJP8WSLaXTnd5pZ59qYEs7tl1JYEbqxUcVPlkeuqG3dTZYQb61/dMsTeLrup5btbX2s5Uxlrd+vef/hok/u0NUpje1NS3J2WlIX2ZN96Wu7dX7hjAwAAAMD0uGMDtEON/09TuV/j6MgOWLNkcVTVa2X7AwDQWrhjAwAAAMD0SGwAAAAAmB6JDQAAAADTI7EBAAAAYHoUDwAAwE/aaonUupqKccgzQ+oM/VQO1p9lmd2pXzCluWVu65a3rVtiubFSx41pzXLFLVW7bVoao7tyxO7a6pY/bqxsdVvnzbbyZJ62fLy4U7ufGysB3ZY+10hsALQ7jf2RFegPXAAA0Hr4KhoAAAAA0yOxAQAAAGB6JDYAAAAATI/EBgAAAIDpkdgAAAAAML32WRUtL6qJceX+iwMB0VTZ0fZYFcu1/Or/6ZfoUnKzvXLbd0l1y9ACbUZelI6E/fi2ueWIJfefafXLG7tc2+peAxtr9zCGptQt+euuHKy7ksAnPlzQoAyxS5lgN+VwzzRPXU2VOG5r5YjbW2nhQJYyPtO6zVZmua66sdcvR36m86DZ66h3PjjPo0baa7l8ljT2+eMn3LEBAAAAYHokNgAAAABMr9USm8LCQvXt21dhYWEaOXKk3nvvvdZaFQAAZ8R1CQDat1ZJbP72t78pJydHc+fO1d69e3XeeecpIyNDx48fb43VAQDQJK5LAND+tUpi89hjj+mmm27S9ddfr4EDB2rZsmXq3Lmznn766dZYHQAATeK6BADtn8+rolVXV6u4uFi5ubnOtuDgYKWmpmrHjh0NprfZbLLZbM7h8vIfKyh89913stvtXgYR2vi4b7/1bpnNZLfbVVlZqeAfgtWp3ub9tjq01dcfaLX9//bbb2WxWAISQ6fTpxod962f9n8ne7BqHEF+WX+nH9yfxt+6Ow9auf+dfuikYAWrMvSnc8AlDh+vv7G+N3YMtPb+l+qcA9Whsjgc9QPw3YqqQxvf9y1Yz4kTJyRJhmF4vYy2xtPrkuSba1ODz8M650Kn06eavZ/cHc8Nzu+6y2rsnKs3T1OflT/N7hpj3WOudn53bY3NU3e62j7Ujq/bJ2/mccfdcs60HrQ99a8rbUn9YzKQMbRU/XO5ft9qz+/666t73rfGNd+j65LhY19++aUhyXj33Xdd2u+66y5jxIgRDaafO3euIYkXL168eLWh1xdffOHry0PAeHpdMgyuTbx48eLV1l7NuS4FPO3Nzc1VTk6Oc9jhcOi7775TTEyMgoIa/o93W1dRUaGEhAR98cUXioyMDHQ4fkf/O3b/JbaB2ftvGIZOnDih+Pj4QIcSUGe6Nl1wwQXavXt3k8sw+7HQUs3ZRoHgr7h8vR5fLM/bZXgzX3Pn4VxqnrZ4PvkrJsMwlJyc3Kzrks8Tm5/97GcKCQlRaWmpS3tpaani4uIaTG+1WmW1Wl3aoqOjfR2W30VGRnbYk0+i/x29/xLbwMz9j4qKCnQIPuXpdUk687UpJCSk2fvXzMdCS3iyjfzJX3H5ej2+WJ63y/BmvubOw7nUPG3xfPJnTKGhoQoOPnNpAJ8XDwgNDVVycrK2bNnibHM4HNqyZYtSUlJ8vToAAJrUGtel7OxsX4XXbrXVbeSvuHy9Hl8sz9tleDNfc+dpq8dJW9MWt5M/Y2ruuoIMw/dPiP7tb3/TtGnTtHz5co0YMUKLFi3Siy++qI8++kixsbG+Xl2bUlFRoaioKJWXl7e5zNof6H/H7r/ENujo/W+rAnFd4lgAfINzCc3VKs/YXHPNNfr66691//33q6SkRMOGDdPGjRvbfVIj/fj1hblz5zb4CkNHQf87dv8ltkFH739bFYjrEscC4BucS2iuVrljAwAAAAD+1Co/0AkAAAAA/kRiAwAAAMD0SGwAAAAAmB6JDQAAAADTI7FpJQsWLFBQUJBmzZoV6FD85ssvv9Tvfvc7xcTEKDw8XEOGDNGePXsCHZZf1NTUaM6cOerXr5/Cw8PVv39/PfDAA2qvtTm2b9+u8ePHKz4+XkFBQXr11VddxhuGofvvv1+9evVSeHi4UlNTdejQocAE2wqa6r/dbtc999yjIUOGqEuXLoqPj9fUqVN17NixwAUMAEAHQGLTCnbv3q3ly5dr6NChgQ7Fb77//nuNHj1aFotFGzZs0AcffKBHH31U3bp1C3RofvHwww9r6dKlWrx4sT788EM9/PDDeuSRR/Tkk08GOrRWcerUKZ133nkqLCx0O/6RRx7RE088oWXLlmnXrl3q0qWLMjIyVFVV5edIW0dT/a+srNTevXs1Z84c7d27V6+88ooOHjyo3/zmNwGIFG1RWVmZhg8frmHDhmnw4MF66qmnAh0SYGqVlZXq06eP7rzzzkCHggCj3LOPnTx5Ur/85S+1ZMkSzZ8/X8OGDdOiRYsCHVaru/fee/Wvf/1L//znPwMdSkBcccUVio2N1cqVK51tmZmZCg8P13PPPRfAyFpfUFCQ1q1bpwkTJkj68W5NfHy87rjjDudFpry8XLGxsVq9erUmT54cwGh9r37/3dm9e7dGjBihzz//XImJif4LDm1STU2NbDabOnfurFOnTmnw4MHas2ePYmJiAh0aYEp/+tOf9MknnyghIUF/+ctfAh0OAog7Nj6WnZ2tcePGKTU1NdCh+NU//vEPDR8+XFdffbV69uyp888/v0P9L+SvfvUrbdmyRR9//LEk6d///rfeeecdjR07NsCR+d/hw4dVUlLicg5ERUVp5MiR2rFjRwAjC5zy8nIFBQUpOjo60KGgDQgJCVHnzp0lSTabTYZhtNuvrQKt7dChQ/roo4865PUWDZHY+NALL7ygvXv3qqCgINCh+N1nn32mpUuX6uyzz9amTZv0hz/8QTNnztQzzzwT6ND84t5779XkyZOVlJQki8Wi888/X7NmzdJ1110X6ND8rqSkRJIa/KJ7bGysc1xHUlVVpXvuuUdTpkxRZGRkoMOBD5zpGTNJKiwsVN++fRUWFqaRI0fqvffecxlfVlam8847T71799Zdd92ln/3sZ36KHmg7fHEu3XnnnR3y7y64R2LjI1988YVuv/12Pf/88woLCwt0OH7ncDj0y1/+Ug899JDOP/983Xzzzbrpppu0bNmyQIfmFy+++KKef/55rVmzRnv37tUzzzyjv/zlLx0msYN7drtdkyZNkmEYWrp0aaDDgY+c6Rmzv/3tb8rJydHcuXO1d+9enXfeecrIyNDx48ed00RHR+vf//63Dh8+rDVr1qi0tNRf4QNtRkvPpb///e8655xzdM455/gzbLRlBnxi3bp1hiQjJCTE+ZJkBAUFGSEhIcbp06cDHWKrSkxMNLKyslzalixZYsTHxwcoIv/q3bu3sXjxYpe2Bx54wDj33HMDFJH/SDLWrVvnHP70008NScb777/vMt3FF19szJw507/B+UH9/teqrq42JkyYYAwdOtT45ptv/B8Y/MLd/h8xYoSRnZ3tHK6pqTHi4+ONgoICt8v4wx/+YKxdu7Y1wwTaPG/OpXvvvdfo3bu30adPHyMmJsaIjIw08vPz/Rk22hju2PjI5Zdfrv3792vfvn3O1/Dhw3Xddddp3759CgkJCXSIrWr06NE6ePCgS9vHH3+sPn36BCgi/6qsrFRwsOvpFBISIofDEaCIAqdfv36Ki4vTli1bnG0VFRXatWuXUlJSAhiZ/9TeqTl06JDefPNNHgrvQKqrq1VcXOzyjFlwcLBSU1Odz5iVlpbqxIkTkn58/mr79u0699xzAxIv0FY151wqKCjQF198oSNHjugvf/mLbrrpJt1///2BChltQKdAB9BeREREaPDgwS5tXbp0UUxMTIP29mj27Nn61a9+pYceekiTJk3Se++9pxUrVmjFihWBDs0vxo8frwcffFCJiYkaNGiQ3n//fT322GO64YYbAh1aqzh58qQ++eQT5/Dhw4e1b98+de/eXYmJiZo1a5bmz5+vs88+W/369dOcOXMUHx/fZOUwM2mq/7169dJVV12lvXv36vXXX1dNTY3z2aLu3bsrNDQ0UGHDD7755hvV1NS4fcbso48+kiR9/vnnuvnmm51FA2bMmKEhQ4YEIlygzWrOuQTUR2IDn7jgggu0bt065ebmat68eerXr58WLVrUYR6ef/LJJzVnzhzdeuutOn78uOLj43XLLbe02/852rNnjy677DLncE5OjiRp2rRpWr16te6++26dOnVKN998s8rKynThhRdq48aN7eb5s6b6n5eXp3/84x+SpGHDhrnM9/bbb+vSSy/1V5hoo0aMGKF9+/YFOgygXZk+fXqgQ0AbQGLTirZu3RroEPzqiiuu0BVXXBHoMAIiIiJCixYt6hC/WSRJl156aZPlaYOCgjRv3jzNmzfPj1H5z5n639Q4tG8/+9nPFBIS0qAYQGlpqeLi4gIUFWA+nEvwBs/YAADgI6GhoUpOTnZ5xszhcGjLli0d5hkzwBc4l+AN7tgAAOCBMz1jlpOTo2nTpmn48OEaMWKEFi1apFOnTun6668PYNRA28O5BF8LMvjOBAAAzbZ161aXZ6xq1T5jJkmLFy/Wn//8Z5WUlGjYsGF64oknNHLkSD9HCrRtnEvwNRIbAAAAAKbHMzYAAAAATI/EBgAAAIDpkdgAAAAAMD0SGwAAAACmR2IDAAAAwPRIbAAAAACYHokNAAAAANMjsQEAAABgeiQ2AAAAAEyPxAYAAACA6ZHYAAAAADA9EhsAAAAApvf/AXsjDY4zdDuZAAAAAElFTkSuQmCC",
      "text/plain": [
       "<Figure size 1000x500 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "def plot_info(experiments):\n",
    "  populations = [get_dists(e) for e in experiments]\n",
    "  plt.subplot(121)\n",
    "  plt.hist([len(d) for d in populations], bins=50)\n",
    "  plt.title('experiment sizes')\n",
    "  plt.grid()\n",
    "  plt.subplot(122)\n",
    "  flatten_pops = []\n",
    "  for d in populations:\n",
    "    flatten_pops.extend(d)\n",
    "  pop_sizes = [len(d) for d in flatten_pops]\n",
    "  logbins = np.logspace(np.log10(min(pop_sizes)),np.log10(max(pop_sizes)),100)\n",
    "  plt.hist(pop_sizes, bins=logbins)\n",
    "  plt.xscale('log')\n",
    "  plt.title('population sizes')\n",
    "  plt.grid()\n",
    "  \n",
    "plot_info(train_experiments)\n",
    "plot_info(val_experiments)\n",
    "plot_info(test_experiments)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 19,
   "metadata": {},
   "outputs": [],
   "source": [
    "features = ['pHH3', 'RFP', 'mCHERRY', 'Vimentin', 'EpCAM', 'CK18', 'Pan_CK', \n",
    "            'GFP', 'IdU', 'pPDK1', 'cCaspase_3', 'Geminin', 'pMEK1_2', 'pNDRG',\n",
    "            'pMKK4_SEK1', 'pBTK', 'pSRC', 'p4EBP1', 'pRB', 'pAKT308', 'pCREB',\n",
    "            'pSMAD1_5_9', 'pAKT473', 'pNF_kB', 'pMKK3_MKK6', 'pP38', 'pMAPKAPK',\n",
    "            'pAMPKa', 'pBAD', 'pHistone_H2A', 'p90RSK', 'pP120_catenin',\n",
    "            'Beta_catenin_active', 'pGSK', 'pERK1_2', 'pSMAD2_3', 'PLK', 'CHGA',\n",
    "            'pDNAPK', 'pS6', 'CD90', 'cPARP', 'pCHK1', 'Cyclin_B1']"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 20,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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      "text/plain": [
       "<Figure size 1600x1600 with 44 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "figsize(16,16)\n",
    "\n",
    "exp = train_experiments[3]\n",
    "x_0 = df.iloc[exp['DMSO'][\"0\"]]\n",
    "for i in range(len(features)):\n",
    "    plt.subplot(9,5,i+1)\n",
    "    vals = np.array(x_0[features[i]])\n",
    "    vals = np.arcsinh(vals/5)\n",
    "    vals -= vals.mean()\n",
    "    vals /= vals.std()\n",
    "    plt.hist(vals, bins=20, alpha=0.3)\n",
    "    vals = np.array(x_0[features[i]])\n",
    "    vals = np.log1p(vals/5)\n",
    "    vals -= vals.mean()\n",
    "    vals /= vals.std()\n",
    "    plt.hist(vals, bins=20, alpha=0.3)\n",
    "    plt.grid()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 21,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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q1avYsWMHxo8fL5YRBAGLFi3C+++/j5qaGgwfPhwbNmxA3759xTLXrl3DrFmz8Pnnn4vTKq1duxZdu3YVy5w+fRrp6ek4efIkevTogVmzZmHOnDm2rzQRdRgXeSEiIiIiIpO8/PLL2LVrFw4cOIBevXqJ26VSKRobG1FTU6NVvqqqClKpVCzTdlVpzWNjZSQSic7Ri0RkPwMHDtQ7FdLKlSuxbt065Obm4vjx4+jSpQvkcjlu3bollpk0aRJKS0uhUCiwa9cuHD58GDNmzBD319XVISkpCVFRUSguLsbf//53LF68GO+9957N60ZEHccRjEREREREZJAgtCx0smvXLhw6dAjR0dFa++Pj4+Hr64uioiKkpKQAAMrLy1FRUQGZTAYAkMlkeP3111FdXY2wsDAALXO9SSQSxMbGimXaztWsUCjEYxCR4yxYsEDntAOCIGDNmjWYP38+nnjiCQDARx99hPDwcOzcuRMTJ07EN998g3379uHkyZMYOnQoAGD9+vUYN24cVq1ahYiICGzZsgWNjY348MMP4efnhwEDBqCkpARvvfWWViKyNUsXeTKFuy8S5Hb1a7Ugl2ZxLkMLeLUup3unc54XR7xvpr4WE4xERERERGTQSy+9BAD44IMP0K1bN3HOxKCgIHTu3BlBQUGYNm0asrKyEBISAolEglmzZkEmk2HYsGEAgKSkJMTGxmLy5MlYuXIlVCoV5s+fj/T0dPEW55kzZ+Ltt9/GnDlzMHXqVOzfvx+ffPIJdu/e7ZiKE5FRly5dgkql0lqgKSgoCAkJCVAqlZg4cSKUSiWCg4PF5CIAJCYmwtvbG8ePH8eTTz4JpVKJkSNHws/PTywjl8uxYsUK/PLLL7jrrrvavbY1Fnkyxt0XCXLn+l351fBnQGsRr7acYFEvQ+z5vpm60BMTjEREREREZNDGjRsBAMnJyVrb8/Ly8NxzzwEAVq9eLc6r1tDQALlcjnfeeUcs6+Pjg127diEtLQ0ymQxdunRBamoqli5dKpaJjo7G7t27MXv2bKxduxa9evXCBx98ALlcbvtKEpFFNBccdC3Q1HoBJ83IZY1OnTohJCREq0zb0dGtF4LSlWC0dJEnU7j7IkFuV7/zdxJu6iYBiu9u4+7O9Qbn2NVaxKstBy7qZYgj3jdTF3pigpGIiIiIiAyqra1FUFAQamtr9f7RHhAQgJycHL1ztAFAVFRUu1ug2xo1ahROnTrVoXiJyDNYusiTOdx9kSBXrF9hWVW7bd0ra8WfW26NDoS3l+FFvEpbPaetn3ANAJAYG663jCPZ830z9XW4yAsRERERERERWUSzSJOuBZpaL+BUXV2ttf/27du4du2aWQtBEZHzYoKRiIiIiIiIiCwSHR0NqVSKoqIicVtdXR2OHz+utchTTU0NiouLxTL79+9Hc3MzEhISxDKHDx/WWlBCoVAgJiZG5+3RRORcmGAkIiIiIiIiIoNOnz6NkpISAC0Lu5SUlKCiogJeXl7IzMzEa6+9hs8++wxnzpzBlClTEBERgfHjxwMA+vfvj8ceewzTp0/HiRMncOTIEWRkZGDixImIiIgAADz77LPw8/PDtGnTUFpaio8//hhr167VmmORiJwX52AkIiIiIiIiIoMeeugh8WdN0i81NRX5+fmYM2cObt68iRkzZqCmpgYjRozAvn37EBAQID5ny5YtyMjIwOjRo8UFodatWyfuDwoKQkFBAdLT0xEfH4/u3btj4cKFmDFjhv0qSUQWY4KRiIiIiIiIiAwytMiTl5cXli5dqrUqfFshISHYunWrwdcYPHgwvvzyyw7FSUSOwVukiYiIyKg333wTAHD33XcjLCwM48ePR3l5uVaZW7duIT09HaGhoejatStSUlLaTdZeUVGB5ORkBAYGIiwsDK+88gpu376tVebgwYO4//774e/vj3vuuQf5+fk2rRsREREREXUME4xERERk1JEjRwAAhYWFUCgUUKvVSEpKws2bN8Uys2fPxueff47t27fj0KFDqKysxIQJE8T9TU1NSE5ORmNjI44ePYpNmzYhPz8fCxcuFMtcunQJycnJeOSRR1BSUoLMzEy88MIL+OKLL+xXWSIiIiIiMgsTjERERGTUp59+CqBlkvb77rsP+fn5qKioEFeDrK2txcaNG/HWW2/h0UcfRXx8PPLy8nD06FEcO3YMAFBQUICysjJs3rwZcXFxGDt2LJYtW4acnBw0NjYCAHJzcxEdHY0333wT/fv3R0ZGBv7whz9g9erVjqk4EREREREZxTkYiYiIyGy1tbUAWuZTAoDi4mKo1WokJiaKZfr164fevXtDqVRi2LBhUCqVGDRoEMLDw8UycrkcaWlpKC0txZAhQ6BUKrWOoSmTmZmpN5aGhgY0NDSIj+vq6gAAarUaarXaYD2EpttoFgzXVd0kAHqOozm+sdfxZDxHhrnK+XH2+IiIiMixmGAkIiIiszQ3NyMzMxPDhw/HwIEDAQAqlQp+fn4IDg7WKhseHg6VSiWWaZ1c1OzX7DNUpq6uDr/++is6d+7cLp7s7GwsWbKk3faCggIEBgYarU89DJe5fF4NnN9jsIxCoTD6Op6O58gwZz8/9fX1jg6BiIiInBgTjERERGSW9PR0nD17Fl999ZWjQwEAzJs3D1lZWeLjuro6REZGIikpSe9qlxoHz1UjVHXYYJlBdwcBfcfo3KdWq6FQKDBmzBj4+vqaH7wH4DkyzFXOj2ZkMBEREZEuTDASERGRyV5++WXs3bsXhw8fRq9evcTtUqkUjY2NqKmp0RrFWFVVBalUKpY5ceKE1vE0q0y3LtN25emqqipIJBKdoxcBwN/fH/7+/u22+/r6Gk3YePl0greXwSLw9fECjBzHlNfydDxHhjn7+XHm2IiIyM2V79V62L2yxjFxkEFc5IWIiIiMEoSWiQp37dqF/fv3Izo6Wmt/fHw8fH19UVRUJG4rLy9HRUUFZDIZAEAmk+HMmTOorq4WyygUCkgkEsTGxoplWh9DU0ZzDCIiIiIicj4cwUhERERGvfTSSwCADz74AN26dRPnTAwKCkLnzp0RFBSEadOmISsrCyEhIZBIJJg1axZkMhmGDRsGAEhKSkJsbCwmT56MlStXQqVSYf78+UhPTxdHIM6cORNvv/025syZg6lTp2L//v345JNPsHv3bsdUnIiIiIiIjGKCkYiIiIzauHEjACA5OVlre15eHp577jkAwOrVq+Ht7Y2UlBQ0NDRALpfjnXfeEcv6+Phg165dSEtLg0wmQ5cuXZCamoqlS5eKZaKjo7F7927Mnj0ba9euRa9evfDBBx9ALpfbvpJERERERAC6V+5v+cEn2HDBmLE2j8VVMMFIRERERtXW1iIoKAi1tbV6F04JCAhATk4OcnJy9B4nKioKe/YYXpF51KhROHXqVIfiJSIiIiIi++EcjERERERERERERGQxJhiJiIiIiIiIiIjIYkwwEhERERERERERkcWYYCQiIiIiIiIiIiKLMcFIREREREREREREFuMq0kRERERERERERG2UXK4xuP+npiokxobbJxgnxxGMREREREREREREZDEmGImIiIiIiIiIiMhiTDASERERERERERGRxTgHIxEREREREREROVxhWVW7bd0ra+wfCJmNIxiJiIiIiIiIiIjIYmYlGLOzs/HAAw+gW7duCAsLw/jx41FeXq5V5tatW0hPT0doaCi6du2KlJQUVFVpZ6ArKiqQnJyMwMBAhIWF4ZVXXsHt27e1yhw8eBD3338//P39cc899yA/P9+yGhIREREREREREZHNmJVgPHToENLT03Hs2DEoFAqo1WokJSXh5s2bYpnZs2fj888/x/bt23Ho0CFUVlZiwoQJ4v6mpiYkJyejsbERR48exaZNm5Cfn4+FCxeKZS5duoTk5GQ88sgjKCkpQWZmJl544QV88cUXVqgyERERERERERERWYtZczDu27dP63F+fj7CwsJQXFyMkSNHora2Fhs3bsTWrVvx6KOPAgDy8vLQv39/HDt2DMOGDUNBQQHKyspQWFiI8PBwxMXFYdmyZZg7dy4WL14MPz8/5ObmIjo6Gm+++SYAoH///vjqq6+wevVqyOVyK1WdiIiIiIiIiIiIOqpDi7zU1tYCAEJCQgAAxcXFUKvVSExMFMv069cPvXv3hlKpxLBhw6BUKjFo0CCEh4eLZeRyOdLS0lBaWoohQ4ZAqVRqHUNTJjMzU28sDQ0NaGhoEB/X1dUBANRqNdRqtcF6NAvG66puEsTjuQNNPdylPoD71ckZ6+NMsRARERERERGRc7A4wdjc3IzMzEwMHz4cAwcOBACoVCr4+fkhODhYq2x4eDhUKpVYpnVyUbNfs89Qmbq6Ovz666/o3Llzu3iys7OxZMmSdtsLCgoQGBhopDbG9gOXv2uZI1KhUBgt60rcrT6A+9XJmepTX1/v6BCIiIiIiIiIyMlYnGBMT0/H2bNn8dVXX1kzHovNmzcPWVlZ4uO6ujpERkYiKSkJEonE4HPPHPyH0eP3k0qg+O42xowZA19f3w7H62hqtRoKhcJt6gO4X52csT5Lly4FANx9993o3Lkzfve732HFihWIiYkRy9y6dQsvvfQStm3bhoaGBsjlcrzzzjtaFw0qKiqQlpaGAwcOoGvXrkhNTUV2djY6dbrTJR08eBBZWVkoLS1FZGQk5s+fj+eee85udSUiIiIiIiIi01iUYMzIyMCuXbtw+PBh9OrVS9wulUrR2NiImpoarVGMVVVVkEqlYpkTJ05oHU+zynTrMm1Xnq6qqoJEItE5ehEA/P394e/v3267r6+v0eSMt5fB3S3H8fEy+XiuxN3qA7hfnZypPkqlEgBQWFiIgIAAvPrqq0hKSkJZWRm6dOkCoGWhp927d2P79u0ICgpCRkYGJkyYgCNHjgC4s9CTVCrF0aNHcfXqVUyZMgW+vr5Yvnw5gDsLPc2cORNbtmxBUVERXnjhBfTs2ZPzsBIRERERERE5GbNWkRYEARkZGdixYwf279+P6Ohorf3x8fHw9fVFUVGRuK28vBwVFRWQyWQAAJlMhjNnzqC6uloso1AoIJFIEBsbK5ZpfQxNGc0xiMgxPv30UwAtCy/dd999yM/PR0VFBYqLiwFAXOjprbfewqOPPor4+Hjk5eXh6NGjOHbsGACICz1t3rwZcXFxGDt2LJYtW4acnBw0NjYCgNZCT/3790dGRgb+8Ic/YPXq1Y6pOBERERERERHpZdYIxvT0dGzduhX/+te/0K1bN3HOxKCgIHTu3BlBQUGYNm0asrKyEBISAolEglmzZkEmk2HYsGEAgKSkJMTGxmLy5MlYuXIlVCoV5s+fj/T0dHEE4syZM/H2229jzpw5mDp1Kvbv349PPvkEu3fvtnL1iagjnGWhJ1sv8qQp4ymL3DjjAkO25ml1tqS+nnJuiIiIiIjIfGYlGDds2AAAGDVqlNb2vLw8cW601atXw9vbGykpKVrzr2n4+Phg165dSEtLg0wmQ5cuXZCamirO7QYA0dHR2L17N2bPno21a9eiV69e+OCDD3hrJJETcaaFnmy9yJOGMy24Yw+eVl/A8+psTn25yBORZ9NMdRITEwOVSoUdO3Zg/Pjx4n5BELBo0SK8//77qKmpwfDhw7Fhwwb07dtXLHPt2jXMmjULn3/+ufj3wtq1a9G1a1exzOnTp5Geno6TJ0+iR48emDVrFubMmWO3ehIREZFlzEowCoLxoT4BAQHIyclBTk6O3jJRUVHYs2ePweOMGjUKp06dMic8IrIjZ1roydaLPDULwJVfA51qwR1bcsYFhmzN0+psSX01I4OJyDNpLjKsWrUKf/zjH9vtX7lyJdatW4dNmzYhOjoaCxYsgFwuR1lZGQICAgAAkyZNwtWrV6FQKKBWq/H8889jxowZ2Lp1K4CWfiYpKQmJiYnIzc3FmTNnMHXqVAQHB2PGjBn2qywREdlH+d52m7pX1tg/DrIKi1eRJiLP9fLLL2Pv3r1Os9CTrRd5Mud47sTT6gt4Xp3Nqa8nnRciam/MmDEAgMcff7zdPkEQsGbNGsyfPx9PPPEEAOCjjz5CeHg4du7ciYkTJ+Kbb77Bvn37cPLkSQwdOhQAsH79eowbNw6rVq1CREQEtmzZgsbGRnz44Yfw8/PDgAEDUFJSgrfeestggtHSqVKEptviz4amTFE3tdrpwOkiPG06D2vgOTOPvvNlyvlbvHhxuzuKYmJicO7cOQDArVu38NJLL2Hbtm1adzq2vmupoqICaWlpOHDgALp27YrU1FRkZ2ejUyemLYhcAVsqEZlMM4p5165dOHTokMGFnlJSUgDoXujp9ddfR3V1NcLCwgDoXuip7ShnLvRERETknC5dugSVSqU1f3JQUBASEhKgVCoxceJEKJVKBAcHi8lFAEhMTIS3tzeOHz+OJ598EkqlEiNHjoSfn59YRi6XY8WKFfjll19w11136Xz9jk2V0qLewJQpl8+3Sq6cN3wXlj142nQe1sBzZp6258vUaVIGDBiAwsJC8XHrxODs2bOxe/dubN++HUFBQcjIyMCECRPE6ReampqQnJwMqVSKo0eP4urVq5gyZQp8fX2xfPlyK9SKiGyNCUYiMtlLL70EAPjggw+40BMREREBuDOHsq75k1vPr6y5sKjRqVMnhISEaJVpe/Gy9TzN+hKMlk6VcvBctfhzqOqw3nKD7g6686DvGL3lbM3TpvOwBp4z8+g7X6ZOk9KpUyfxjqTWamtrsXHjRmzduhWPPvoogJZ1HPr3749jx45h2LBhKCgoQFlZGQoLCxEeHo64uDgsW7YMc+fOxeLFi7UuPBCRc2KCkYhMtnHjRgBAcnKy1nYu9ERERESOYulUKV4+d/4UMjRliq9Pq51OkKTytOk8rIHnzDxtz5ep5+78+fOIiIhAQEAAZDIZsrOz0bt3bxQXF0OtVmuNcu7Xrx969+4NpVKJYcOGQalUYtCgQVoXKuRyOdLS0lBaWoohQ4bofE1Lp0gwhbvfYu8U9WtqPz+FoSkrTKU5hjWOZYzQdNuu59AR75upr8UEIxGZrLa2FkFBQaitrdU7IoALPREREXkWzYilqqoq9OzZU9xeVVWFuLg4sUx1dbXW827fvo1r164ZnYO59WsQkXNKSEhAfn4+YmJicPXqVSxZsgQPPfQQzp49C5VKBT8/P6052oH2o5x1jYLW7NPHGlMkGOPut9g7X/2s874BLQt12tx3X2PPd7Z/mbbs+b6ZOk0CE4xERERERGSx6OhoSKVSFBUViQnFuro6HD9+HGlpaQBa5leuqalBcXEx4uPjAQD79+9Hc3MzEhISxDJ/+9vfoFarxRFTCoUCMTExem+PJiLnMHbsWPHnwYMHIyEhAVFRUfjkk090LtJoLZZOkWAKd7/F3inqd759kuzMldoOH7ZZaEku3t253qxFPS2lNZWGLlacXsMR75up0yR42zgOIiIiciNPP/00IiIi4OXlhZ07d2rtEwQBCxcuRM+ePdG5c2ckJibi/PnzWmWuXbuGSZMmQSKRIDg4GNOmTcONGze0ypw+fRoPPfQQAgICEBkZiZUrV9q6WkRkhKadnj59GkDLwi4lJSWoqKiAl5cXMjMz8dprr+Gzzz7DmTNnMGXKFERERGD8+PEAgP79++Oxxx7D9OnTceLECRw5cgQZGRmYOHEiIiIiAADPPvss/Pz8MG3aNJSWluLjjz/G2rVrtZIHROQagoODce+99+LChQuQSqVobGxETU2NVpmqqqoOj2D29/eHRCLR+gfcuc27o/+seSxn/Ofw+vl4tfvn7QWr/AOscxxT/umqh9Y/N3jfTMEEIxEREZls4MCBeqdAWLlyJdatW4fc3FwcP34cXbp0gVwux61bt8QykyZNQmlpKRQKBXbt2oXDhw9jxowZ4v66ujokJSUhKioKxcXF+Pvf/47Fixfjvffes3ndiEg/zbQlDz30EAAgKysLQ4YMwcKFCwEAc+bMwaxZszBjxgw88MADuHHjBvbt24eAgADxGFu2bEG/fv0wevRojBs3DiNGjNBq20FBQSgoKMClS5cQHx+Pl156CQsXLtTqI4jINdy4cQMXL15Ez549ER8fD19fXxQVFYn7y8vLUVFRAZlMBqBlBPOZM2e0plJQKBSQSCSIjY21e/xEZD7eIk1EREQmW7Bggc5bjgRBwJo1azB//nw88cQTAICPPvoI4eHh2LlzJyZOnIhvvvkG+/btw8mTJzF06FAAwPr16zFu3DisWrUKERER2LJlCxobG/Hhhx/Cz88PAwYMQElJCd566y0mGYgcSJNY1DcPs5eXF5YuXaq1aFtbISEh2Lp1q8HXGTx4ML788suOBUtEdvfyyy/j8ccfR1RUFCorK7Fo0SL4+PjgmWeeQVBQEKZNm4asrCyEhIRAIpFg1qxZkMlkGDZsGAAgKSkJsbGxmDx5MlauXAmVSoX58+cjPT1d5yJOROR8mGAkIiKiDrt06RJUKpXWCpFBQUFISEiAUqnExIkToVQqERwcLCYXASAxMRHe3t44fvw4nnzySSiVSowcORJ+fn5iGblcjhUrVuCXX37ROQ9bR1aQFJpuG11hUN0kAGW6F6ZS/2/1Q/W5AsDHy6pz7LgLp1il0om5yvlx9viIyLF++OEHPPPMM/j555/Ro0cPjBgxAseOHUOPHj0AAKtXr4a3tzdSUlLQ0NAAuVyOd955R3y+j48Pdu3ahbS0NMhkMnTp0gWpqakGL1oQkXNhgpGIiIg6TLPCo64VIFuvEBkWFqa1v1OnTggJCdEqEx0d3e4Ymn26EowdXUGy3shqhZfPG0+sKL673fLDed2JSHLGVSqdi7OfH1NXkCQiz7Rt2zaD+wMCApCTk6N3mhUAiIqKwp49/D1K5KqYYCQiIiKX1pEVJA+eq0ao6rDBMoZWBlQ3CVB8dxtjftsJvhzBqJNTrFLpxFzl/Ji6giQRERF5JiYYiYiIqMM0KzxWVVWhZ8+e4vaqqirExcWJZVpP3g4At2/fxrVr1zq0iqS/v7/O+ZlMWfXOy6eTuNKgPr4+RgrgzuqBcOIEkaOZswqhJ3L28+PMsREREZHjMcForvOKljmW9IkZa79YiIiInER0dDSkUimKiorEhGJdXR2OHz+OtLQ0AC0rRNbU1KC4uBjx8fEAgP3796O5uRkJCQlimb/97W9Qq9ViQkOhUCAmJkbn7dFEREREROR4TDASERGRyU6fPo2uXbsCaFnYpaSkBCEhIejduzcyMzPx2muvoW/fvoiOjsaCBQsQERGB8ePHAwD69++Pxx57DNOnT0dubi7UajUyMjIwceJEREREAACeffZZLFmyBNOmTcPcuXNx9uxZrF27FqtXr3ZUlVFyuUbvvpYFYlrN4Vi+17SD8oIkEREReZjCMu27VLpX1jgmELIJJhiJiIjIZA899JD4s2bew9TUVOTn52POnDm4efMmZsyYgZqaGowYMQL79u1DQECA+JwtW7YgIyMDo0ePFleTXLdunbg/KCgIBQUFSE9PR3x8PLp3746FCxdixowZ9qskEREREZGJDF2MBoCfmqqQGBtusIw7YIKRiIiITFZbW6t34RQvLy8sXboUS5cu1fv8kJAQbN261eBrDB48GF9++WWH4iQiIiIiIvthgpGIiIiIiIiIiKxDz5QxvCXavTHBaKIzV2oBBOLMlVq9q03GRQbbMyQiIiIiIiIiIiKHY4KRiIiIqIMMXYDU4IVIIiIiInJX3o4OgIiIiIiIiIiIiFwXE4xERERERERERERkMSYYiYiIiIiIiIiIyGKcg5GIiIjI3vSsrqglZqzt4yAiIiIisgImGImIiIiIiIiIiGyge+V+wCfYeEEXv7jMBCMRERGRHZRcrjGpHFebJiIiIiJXwzkYiYiIiIiIiIiIyGJMMBIREREREREREZHFeIs0ERERERERERFZrLCsSvy5e2WN4wIhh+EIRiIiIiIiIiIiIrIYRzBaUcnlGvzUVGWwTGJsuJ2iISIiIlekWQzG0HcKfp8gIiIihyjfq3MzRy0SE4xW1r1yv+ECmqXJXXz5cSKPdF4B+Hjp3892TURWZPA7heb7BMC+h8iT6flDXwv7CCIisgMmGImITHTmSi28DeQXf2qq4qgiIiIiN6MZVQxYcWSxKYnBtpqElv+NXfC05LWYhCQiog5igpGIiIiIiMgEJo8s1qN1stJczQIABGpd8IyLNP6aJinfa3JsRl+TyUoiIo/EBCMREREREVEHdSR56EqvSUREpAsTjERERERERGQSY0lNzW3knDaGiOgOUy4IxcXYPg5bYoKRiIiIyMWYMicc/7gnIkcqLNM/X6UG+ykiIvfBBCMRERERERFZhcF5Kv/np4hH7RAJEZnFwIJQnI6BTMEEIxGRlXSv3G/SBO+c/JyIiIg8mZiENPS9qdX3JVNGQwIcEUlE5EhMMBIRWZEnzK1BREREZA0Gvzdd/v/EH7vrKcKRkEREzoMJRjvT/BLVN18SwCtvREREZDq9tyO2HRnE0dNEREREzsvAbeqiJsH2cViICUYiIjsrKfz/jJb5KeJRXmwgIiIiMkPbW6mFptsAgIPnquHlc+dPX37HIiKyPiYYHcTg5MetRxxwtAERERFZoO2th1xtmojcjbEFZZoFoB6BdoqGiMizMcFIROSEuGAMERERkXWEqg7D2+vO45JK7f0dmcuRF2nIYUy5ndaQ/91qe+bgP7TaB5GlmGAkInJSpiwY81NTFb/YEhERERGRFmN/SzQLADjCl6zIqROMOTk5+Pvf/w6VSoX77rsP69evx4MPPujosGyudUfA25nIk3lqH2CutvMN6cI+g1wN27/1mbQYDEdFk5NgH0D2ZOxWa0D/KEdTvocB/C5mDru1//+NANSXiNMk4A6eq8aYQXdb9TU7ypSBCET25rQJxo8//hhZWVnIzc1FQkIC1qxZA7lcjvLycoSFhTk6PCKyMfYBpjHlCzEA47dbM6lAToTt3754YZOcDfsAckYmf+fSo/Vt2fqSlexr3b/9MzFIhpjy+RgQEWT7QCzktAnGt956C9OnT8fzzz8PAMjNzcXu3bvx4Ycf4q9//auDo7MfjjYgT8U+wLqM/bJqnVTQt+Jia/wCTLbE9k/k2dgHkLvT9zeeKUlIc7ji9zVnbP+hqsMoMWGgalxksM1jIRKdVwA+BibPdECeyCkTjI2NjSguLsa8efPEbd7e3khMTIRSqdT5nIaGBjQ0NIiPa2trAQDXrl2DWq02+Hp1N+qNxtQsAPW3gLrmeqeYAPXwN61i/maj2c9vqU8gjuz6yCnqYw3uVidL62PxFY0+jxgtcv36dQCAIAiWvYaJzO0DPK3924Lft7vEnzWfvaAL+/TW9/C3HX/Na+HDjZYJqTpi9rEeureH2bGo1WrU19fj559/hm/FV+L20spao69n6Wua5eKBdpv0xWbMtfDhEJqbcKu+HrtOfAsvbx+T4nfW9g90rA+4UfsL/EzoB/Rxt/6hdV/QmqVtvu3nbWQ/aftCVvx8a15Tw+Zt0wq0+h9fX7Oe++W3PxrcH1J1xLTvBS78HQCwvA+4UfuL+HNH+gF7cbf+xh5c+Zzp64/Ncfhb075vafpKff2RO7b/lsI3Aej/e8Dcz4/W3+guwJXbhzHuXLcj5fUteYJy/XUbEBEEnPiHaQe04ncAp0ww/vTTT2hqakJ4uPYVl/DwcJw7d07nc7Kzs7FkyZJ226Ojo20SI5Enu379OoKCbDc029w+gO2fyH6crf0D7AOI7Il9AJHnYvsn8mzG+gCnTDBaYt68ecjKyhIfNzc349q1awgNDYWXV8dT1nV1dYiMjMTly5chkUg6fDxHc7f6AO5XJ2esjyAIuH79OiIiIhwdiha2f+vytPoCnldnS+rrrO0fsH0fYIinfXYswXNkmKucH/YBjucqnxVnwnNmHn3ny1Pbv7t/fty5fqybdZnaBzhlgrF79+7w8fFBVZX2RAdVVVWQSnXcWgPA398f/v7+WtuCg4OtHptEInGrD6i71Qdwvzo5W31sedVSw9w+gO3fNjytvoDn1dnc+jpj+wfs1wcY4mmfHUvwHBnmCueHfYBzcIXPirPhOTOPrvPlye3f3T8/7lw/1s16TOkDvO0Qh9n8/PwQHx+PoqIicVtzczOKioogk8kcGBkR2QP7ACLPxfZP5NnYBxB5LrZ/ItfmlCMYASArKwupqakYOnQoHnzwQaxZswY3b94UV5MiIvfGPoDIc7H9E3k29gFEnovtn8h1OW2C8emnn8aPP/6IhQsXQqVSIS4uDvv27Ws34au9+Pv7Y9GiRe2GX7sqd6sP4H51crf6mMuZ+gBPey88rb6A59XZ2evrTO3fGGc/l86A58gwnp/2XKkPsCd+VszHc2YeZzhfztT+neF82JI71491cwwvwdZrzRMREREREREREZHbcso5GImIiIiIiIiIiMg1MMFIREREREREREREFmOCkYiIiIiIiIiIiCzGBCMRERERERERERFZjAlGE+Tk5OA3v/kNAgICkJCQgBMnTjg6JItlZ2fjgQceQLdu3RAWFobx48ejvLzc0WFZzRtvvAEvLy9kZmY6OpQOuXLlCv74xz8iNDQUnTt3xqBBg/D11187OiyP5E7t35jDhw/j8ccfR0REBLy8vLBz505Hh2RT7t4f6rJhwwYMHjwYEokEEokEMpkMe/fudXRYLs2T+ghzeGL76gh3+f5CtsO+xjye9p2mo9hnm6ehoQFxcXHw8vJCSUmJo8PpsP/+97+YNm0aoqOj0blzZ/Tp0weLFi1CY2Ojo0OziLv2l67QTplgNOLjjz9GVlYWFi1ahH//+9+47777IJfLUV1d7ejQLHLo0CGkp6fj2LFjUCgUUKvVSEpKws2bNx0dWoedPHkS7777LgYPHuzoUDrkl19+wfDhw+Hr64u9e/eirKwMb775Ju666y5Hh+Zx3K39G3Pz5k3cd999yMnJcXQoduHO/aE+vXr1whtvvIHi4mJ8/fXXePTRR/HEE0+gtLTU0aG5JE/rI8zhie3LUu7y/YVsh32N+TztO01Hsc82z5w5cxAREeHoMKzm3LlzaG5uxrvvvovS0lKsXr0aubm5ePXVVx0dmtncub90iXYqkEEPPvigkJ6eLj5uamoSIiIihOzsbAdGZT3V1dUCAOHQoUOODqVDrl+/LvTt21dQKBTCww8/LLz44ouODslic+fOFUaMGOHoMEhw//ZvCABhx44djg7DrtylPzTXXXfdJXzwwQeODsMleXIfYS5PbV/GuNP3F7Id9jUd44nfaTqKfbZ+e/bsEfr16yeUlpYKAIRTp045OiSbWLlypRAdHe3oMMzmSf2lM7ZTjmA0oLGxEcXFxUhMTBS3eXt7IzExEUql0oGRWU9tbS0AICQkxMGRdEx6ejqSk5O13itX9dlnn2Ho0KF46qmnEBYWhiFDhuD99993dFgexxPaP2lzl/7QVE1NTdi2bRtu3rwJmUzm6HBcDvsI83ha+zKVO31/IdtgX0OOwD5bt6qqKkyfPh3/7//9PwQGBjo6HJuqra11ufff0/pLZ2ynTDAa8NNPP6GpqQnh4eFa28PDw6FSqRwUlfU0NzcjMzMTw4cPx8CBAx0djsW2bduGf//738jOznZ0KFbx3XffYcOGDejbty+++OILpKWl4S9/+Qs2bdrk6NA8iru3f9LmLv2hKc6cOYOuXbvC398fM2fOxI4dOxAbG+vosFwO+wjTeVL7Moe7fX8h22BfQ/bGPls3QRDw3HPPYebMmRg6dKijw7GpCxcuYP369fjTn/7k6FDM4kn9pbO2006ODoAcJz09HWfPnsVXX33l6FAsdvnyZbz44otQKBQICAhwdDhW0dzcjKFDh2L58uUAgCFDhuDs2bPIzc1Famqqg6Mjck/u0B+aKiYmBiUlJaitrcU//vEPpKam4tChQ0wyks14UvsylTt+fyEi9+BpffZf//pXrFixwmCZb775BgUFBbh+/TrmzZtnp8g6ztS69evXT3x85coVPPbYY3jqqacwffp0W4dIFnLWdsoEowHdu3eHj48PqqqqtLZXVVVBKpU6KCrryMjIwK5du3D48GH06tXL0eFYrLi4GNXV1bj//vvFbU1NTTh8+DDefvttNDQ0wMfHx4ERmq9nz57t/tDv378//vnPfzooIs/kzu2ftLlLf2gqPz8/3HPPPQCA+Ph4nDx5EmvXrsW7777r4MhcC/sI03ha+zKVO35/IdtgX0P25Il99ksvvYTnnnvOYJnf/va32L9/P5RKJfz9/bX2DR06FJMmTXLKu81MrZtGZWUlHnnkEfzud7/De++9Z+PorM9T+ktnbqdMMBrg5+eH+Ph4FBUVYfz48QBaRpcVFRUhIyPDscFZSBAEzJo1Czt27MDBgwcRHR3t6JA6ZPTo0Thz5ozWtueffx79+vXD3LlzXfLL+fDhw9stN//tt98iKirKQRF5Jnds/6TN3fpDSzU3N6OhocHRYbgc9hGGsX0Z5o7fX8g22NeQPXhyn92jRw/06NHDaLl169bhtddeEx9XVlZCLpfj448/RkJCgi1DtJipdQNaRi4+8sgjiI+PR15eHry9XW82PXfvL12hnTLBaERWVhZSU1MxdOhQPPjgg1izZg1u3ryJ559/3tGhWSQ9PR1bt27Fv/71L3Tr1k2ciyAoKAidO3d2cHTm69atW7s5B7p06YLQ0FCnmovAHLNnz8bvfvc7LF++HP/3f/+HEydO4L333nPJq0iuzt3avzE3btzAhQsXxMeXLl1CSUkJQkJC0Lt3bwdGZhvu1h+aYt68eRg7dix69+6N69evY+vWrTh48CC++OILR4fmkjytjzCHJ7Yvc7jj9xeyHfY15vO07zQdxT7buLafm65duwIA+vTp43SjyMx15coVjBo1ClFRUVi1ahV+/PFHcZ+rjfxz5/7SJdqpuctOHzp0SPj9738v9OzZUwAg7NixQ2t/c3OzsGDBAkEqlQoBAQHC6NGjhW+//VarzM8//yw8++yzQrdu3YSgoCBh6tSpwvXr17XK/Oc//xFGjBgh+Pv7C7169RJWrFhhbqhWs379eqF3796Cn5+f8OCDDwrHjh1zWCwdBUDnv7y8PEeHZjUPP/yw8OKLLzo6jA75/PPPhYEDBwr+/v5Cv379hPfee8/RIXksd2r/xhw4cEBn/5Camuro0GzCE/rDtqZOnSpERUUJfn5+Qo8ePYTRo0cLBQUFjg7LpXlSH2EOT2xfHeUO31/IdtjXmMfTvtN0FPts8126dEkAIJw6dcrRoXRYXl6e3s+AK3LX/tIV2qmXIAiCOQnJvXv34siRI4iPj8eECROwY8cOcfgpAKxYsQLZ2dnYtGkToqOjsWDBApw5cwZlZWXiJNZjx47F1atX8e6770KtVuP555/HAw88gK1btwIA6urqcO+99yIxMRHz5s3DmTNnMHXqVKxZswYzZswwJ1wiIiIiIiIiIiKyIbMTjFpP9vLSSjAKgoCIiAi89NJLePnllwEAtbW1CA8PR35+PiZOnIhvvvkGsbGxOHnypLi8+759+zBu3Dj88MMPiIiIwIYNG/C3v/0NKpUKfn5+AFpWQNq5cyfOnTunM5aGhgatOaSam5tx7do1hIaGwsvLy9IqElErgiDg+vXriIiIcOp5OZqbm1FZWYlu3bqx/RNZiau0f4B9AJEtsA8g8lxs/0SezdQ+wKpzMF66dAkqlQqJiYnitqCgICQkJECpVGLixIlQKpUIDg4Wk4sAkJiYCG9vbxw/fhxPPvkklEolRo4cKSYXAUAul2PFihX45ZdfcNddd7V77ezsbCxZssSa1SEiPS5fvuzUc41UVlYiMjLS0WEQuSVnb/8A+wAiW2IfQOS52P6JPJuxPsCqCUbNJJPh4eFa28PDw8V9KpUKYWFh2kF06oSQkBCtMm1XxNEcU6VS6Uwwzps3D1lZWeLj2tpa9O7dG5cuXUK3bt3MrotarcaBAwfwyCOPwNfX1+znOyPWyTU4c52uX7+O6Ohoi9qUPWniu3z5MiQSidWOq1arUVBQgKSkJKd7b8zBejgXV6lHXV0dIiMjnb79A7brA5yRq3x+HI3nyTSGzhP7APO5y+fOXeoBuE9d7F0Ptv+OcZfPnTXwXLRwtfNgah/gNqtI+/v7w9/fv932kJAQizoWtVqNwMBAhIaGusQbbgrWyTU4c5008Tj77Qaa+CQSidUTjIGBgZBIJE733piD9XAurlYPZ2//gO36AGfkap8fR+F5Mo0p54l9gOnc5XPnLvUA3KcujqoH279l3OVzZw08Fy1c9TwY6wOsOoGCZgnzqqoqre1VVVXiPqlUiurqaq39t2/fxrVr17TK6DpG69cgIiIiIiIiIiIix7NqgjE6OhpSqRRFRUXitrq6Ohw/fhwymQwAIJPJUFNTg+LiYrHM/v370dzcjISEBLHM4cOHoVarxTIKhQIxMTE6b48mIiIiIiIiIiIixzD7FukbN27gwoUL4uNLly6hpKQEISEh6N27NzIzM/Haa6+hb9++iI6OxoIFCxARESGuNN2/f3889thjmD59OnJzc6FWq5GRkYGJEyciIiICAPDss89iyZIlmDZtGubOnYuzZ89i7dq1WL16tXVqTR6lsKzKaJnE2HCjZYjIjZTvNa1czFjbxkEOx98RRB6MvwuIrOY3v/kNvv/++3bb//znPyMnJwejRo3CoUOHtPb96U9/Qm5urvi4oqICaWlpOHDgALp27YrU1FRkZ2ejUye3mdmNOojf25yb2S3166+/xiOPPCI+1iyskpqaivz8fMyZMwc3b97EjBkzUFNTgxEjRmDfvn0ICAgQn7NlyxZkZGRg9OjR8Pb2RkpKCtatWyfuDwoKQkFBAdLT0xEfH4/u3btj4cKFmDFjRkfqSkREHkjXF5HulTUmPfenpjvP5ZcV99e9cr/uHT7B2o+ZbCAiItJy8uRJNDU1iY/Pnj2LMWPG4KmnnhK3TZ8+HUuXLhUfBwYGij83NTUhOTkZUqkUR48exdWrVzFlyhT4+vpi+fLl9qkEOZQpyUNybmYnGEeNGgVBEPTu9/LywtKlS7U6jrZCQkKwdetWg68zePBgfPnll+aGR0REREREZJKSyzVGy8TF2D4OIlfXo0cPrcdvvPEG+vTpg4cffljcFhgYqHdNhYKCApSVlaGwsBDh4eGIi4vDsmXLMHfuXCxevBh+fn42jZ+IOo5jjYmIiMhkTz/9NP7zn//g6tWr2LFjhzgFCgAIgoBFixbh/fffR01NDYYPH44NGzagb9++Yplr165h1qxZ+Pzzz8W7GNauXYuuXbuKZU6fPo309HScPHkSPXr0wKxZszBnzhx7VpOIiIgs1NjYiM2bNyMrK0tr1dktW7Zg8+bNkEqlePzxx7FgwQJxFKNSqcSgQYMQHn7njhG5XI60tDSUlpZiyJAhOl+roaEBDQ0N4uO6ujoALav0tl7TwZE0cThLPI5k6FwITbet+hrOzNU+E6bGyQQjeSytW+Ha3v7WGm+FIyISDRw4EDNmzMCECRPa7Vu5ciXWrVuHTZs2ifMwy+VylJWViVOlTJo0CVevXoVCoYBarcbzzz+PGTNmiHc21NXVISkpCYmJicjNzcWZM2cwdepUBAcHc6oUIiIiF7Bz507U1NTgueeeE7c9++yziIqKQkREBE6fPo25c+eivLwcn376KQBApVJpJRcBiI9VKpXe18rOzsaSJUvabS8oKNC6BdsZKBQKR4fgNGx5LvZ8Z7NDW52rfCbq6+tNKscEIxEM3x6jmYON868REQELFiyARCJpt10QBKxZswbz58/HE088AQD46KOPEB4ejp07d2LixIn45ptvsG/fPpw8eRJDhw4FAKxfvx7jxo3DqlWrEBERgS1btqCxsREffvgh/Pz8MGDAAJSUlOCtt95igpGIiMgFbNy4EWPHjhUXcQWg9Tt80KBB6NmzJ0aPHo2LFy+iT58+Fr/WvHnzxHUhgJYLlZGRkUhKStL5fcUR1Go1FAoFxowZA19fX0eH41CGzsXBc9VWeY1R/cKschxbcrXPhGZksDFMMBIREVGHXbp0CSqVComJieK2oKAgJCQkQKlUYuLEiVAqlQgODhaTiwCQmJgIb29vHD9+HE8++SSUSiVGjhypNdeSXC7HihUr8Msvv+Cuu+5q99oduT2q9e04zXqmmFY3tdnhRLezuNotNo7C82QaQ+eJ546ITPH999+jsLBQHJmoT0JCAgDgwoUL6NOnD6RSKU6cOKFVpqqqZaCHvnkbAcDf3x/+/v7ttvv6+jpd4sYZY7IXzQIumu9dRy7+Ai8f7XRU28eWcqVz7CqfCVNjZIKRiIiIOkxz+5Ku25s0+1QqFcLCtK8qd+rUCSEhIVploqOj2x1Ds09XgtFat0fVQ3fZy+fbJFbO7zH5mPbiKrfYOBrPk2l0nSdTb48iIs+Wl5eHsLAwJCcnGyxXUlICAOjZsycAQCaT4fXXX0d1dbX4XUGhUEAikSA2NtamMRORdTDBSERERC6tI7dHtb4dJ1R1WGeZQXcHaW/oO8byYK3M1W6xcRSeJ9MYOk+m3h5FRJ6rubkZeXl5SE1NRadOd1INFy9exNatWzFu3DiEhobi9OnTmD17NkaOHInBgwcDAJKSkhAbG4vJkydj5cqVUKlUmD9/PtLT03WOUCTPo7WGgiGxz9g2ENKLCUYisqrf/OY3+P7779tt//Of/4ycnByMGjUKhw4d0tr3pz/9Cbm5ueLjiooKpKWl4cCBA+jatStSU1ORnZ2t9UWFiJyL5valqqoqcTSC5nFcXJxYprpae36d27dv49q1a+LzpVKpeEtU62O0fo22OnJ7VOvbcby9dJfx9WmzwwkTVK5yi42j8TyZRtd54nkjImMKCwtRUVGBqVOnam338/NDYWEh1qxZg5s3byIyMhIpKSmYP3++WMbHxwe7du1CWloaZDIZunTpgtTUVCxdutTe1SA7MzlxSE7P29EBEJF7OXnyJK5evSr+09xm9dRTT4llpk+frlVm5cqV4r6mpiYkJyejsbERR48exaZNm5Cfn4+FCxfavS5EZLro6GhIpVIUFRWJ2+rq6nD8+HHIZDIALbc/1dTUoLi4WCyzf/9+NDc3i3MxyWQyHD58WGu+N4VCgZiYGJ23RxORfXzwwQcAgF69ekEikUAmk2Hv3r3i/lu3biE9PR2hoaHo2rUrUlJS2l0sqKioQHJyMgIDAxEWFoZXXnkFt2/f1ipz8OBB3H///fD398c999yD/Px8m9eNiKwjKSkJgiDg3nvv1doeGRmJQ4cO4eeff8atW7dw/vx5rFy5st1dBlFRUdizZw/q6+vx448/YtWqVRxg4OrK9wLle9G9cj+6V+4X7xYJVR0Wt5H7YGslIqvq0aOH1uM33ngDffr0wcMPPyxuCwwM1DsSqaCgAGVlZSgsLER4eDji4uKwbNkyzJ07F4sXL9Za+IFIp/K9Wg+7V9Y4Jg43dfr0aXTt2hVAy8IuJSUlCAkJQe/evZGZmYnXXnsNffv2RXR0NBYsWICIiAiMHz8eANC/f3889thjmD59OnJzc6FWq5GRkYGJEyeKK00+++yzWLJkCaZNm4a5c+fi7NmzWLt2LVavXu2oKhMRgLvvvhsAcOjQIXTp0gWbNm3CE088gVOnTmHAgAGYPXs2du/eje3btyMoKAgZGRmYMGECjhw5AuDOBUSpVIqjR4/i6tWrmDJlCnx9fbF8+XIALX1KcnIyZs6ciS1btqCoqAgvvPACevbsCblc7rC6ExERkXFMMBKRzTQ2NmLz5s3IysqCl9edWwy3bNmCzZs3QyqV4vHHH8eCBQvEhRiUSiUGDRqktVCEXC5HWloaSktLMWTIkHav05EVZM3hLquQun092qz4q29lYFO0XmHYVufLVd4PTXwPPfSQuE0z72Fqairy8/MxZ84c3Lx5EzNmzEBNTQ1GjBiBffv2ISAgQHzOli1bkJGRgdGjR8Pb2xspKSlYt26duD8oKAgFBQVIT09HfHw8unfvjoULF2LGjBl2qikR6TJ27FgAQJ8+fSCRSPD6669jw4YNOHbsGHr16oWNGzdi69atePTRRwG0LPTQv39/HDt2DMOGDTPpAmJubi6io6Px5ptvAmi5KPHVV19h9erVTDASERE5OSYYichmdu7ciZqaGjz33HPitmeffRZRUVGIiIjA6dOnMXfuXJSXl+PTTz8F0LJKrK5VaDX7dLHWCrKmcpdVSD2nHh34DHz3tfjjnu8sP4wpnP390KwgW1tbq3fhFC8vLyxdutTgfEkhISHYunWrwdcaPHgwvvzyS8uDJSKbampqwvbt23Hz5k3IZDIUFxdDrVYjMTFRLNOvXz/07t0bSqUSw4YNM+kColKp1DqGpkxmZqbBeCy+0NgkmHQRytILQK5yAckYd6kH4D51sXc9XP18EZF9MMFIRDazceNGjB07Vrz1EYDWKKRBgwahZ8+eGD16NC5evIg+ffpY9DodWUHWHO6yCqnb1+O8dqLuzJVai1/jZ+lI8edR/cIsPo4hrvJ+cAVZIgKAiIgI3Lp1C127dsWOHTsQGxuLkpIS+Pn5ITg4WKtseHi4eHHQlAuI+srU1dXh119/RefOnXXG1LELjcYvQl3es8doGUOc/QKSqdylHoD71MVe9dBcZCQiMoQJRiKyie+//x6FhYXiyER9NAs7XLhwAX369IFUKsWJEye0ythyBVlLuMsqpO5SjyMXf9FaCbh7pXZCUd/KwKZofVxbnytnfz+cOTYisp8vv/wSzc3N+Mc//oHU1FQcOnTI0SFZfqHxvMKki1CDRv3Borhc5QKSMe5SD8B96mLvevAiIxGZgglGcj9c4MEp5OXlISwsDMnJyQbLlZSUAAB69uwJoGUF2ddffx3V1dUIC2sZMaZQKCCRSBAbG2vTmImIiMgwzRyM8fHxOHnyJNauXYunn34ajY2NqKmp0RrFWFVVJV4cNOUColQqbbfydFVVFSQSid7Ri0AHLjT6eJl0EaqjCRxnv4BkKnepB+A+dbFXPdzhXBGR7THBSERW19zcjLy8PKSmpqJTpzvdzMWLF7F161aMGzcOoaGhOH36NGbPno2RI0di8ODBAICkpCTExsZi8uTJWLlyJVQqFebPn4/09HSdfzwQ2VL3yv13HvgE6y8YM9bmsRAROZvm5mY0NDQgPj4evr6+KCoqQkpKCgCgvLwcFRUVkMlkAEy7gCiTybCnze3ICoVCPAYRERE5LyYYicjqCgsLUVFRgalTp2pt9/PzQ2FhIdasWYObN28iMjISKSkpmD9/vljGx8cHu3btQlpaGmQyGbp06YLU1FSDi0YQERGRbS1evBhAyxQoALB161YcPHgQX3zxBYKCgjBt2jRkZWUhJCQEEokEs2bNgkwmw7BhwwCYdgFx5syZePvttzFnzhxMnToV+/fvxyeffILdu3c7pM5ERERkOiYYicjqkpKSIAjtl2WMjIw0aa6mqKiodiMYiIiIyHF+/PFHAMDQoUMRFBSEwYMH44svvsCYMWMAAKtXr4a3tzdSUlLQ0NAAuVyOd955R3y+KRcQo6OjsXv3bsyePRtr165Fr1698MEHH0Aul9u3skRERGQ2JhiJiIiIiMignJwcbN68GT/++KPOhVMCAgKQk5ODnJwcvccw5QLiqFGjcOrUqQ7HS0RERPbFBCMREREREREREZmtsKxK7z4uuOpZmGAkMkJc5IELPBARERERERERtePt6ACIiIiIiIiIiIjIdXEEIxERERERERERmaZ8r/ij090G3So2vXgHok0wwUhkopLLNXr3/dTUMu9EYmy4naIhIiIiIiIiotYM/d2uERdj+zg8EW+RJiIiIiIiIiIiIosxwUhEREREREREREQW4y3SREREJjA2TQKnSCAiIiIiIk/FBCO5tIPnqsX/vXxaPs5ON8ksEREREREREZEb4y3SREREREREREREZDGOYCQiIiJyB+V7TSsXM9a2cRARERGRx2GCkYiIiMiTmJKIZBKSiIiIiMzAW6SJiIiIiIiIiIjIYkwwEhERERERERERkcWYYCQiIiIiIiIiIiKLMcFIRERERERERBZbvHgxvLy8tP7169dP3H/r1i2kp6cjNDQUXbt2RUpKCqqqqrSOUVFRgeTkZAQGBiIsLAyvvPIKbt++be+qEJGFuMgLERFRB3Wv3A/4BBsvyIUzyI5KLtcYLRMXGWzzOIiIyDMMGDAAhYWF4uNOne6kG2bPno3du3dj+/btCAoKQkZGBiZMmIAjR44AAJqampCcnAypVIqjR4/i6tWrmDJlCnx9fbF8+XK714WIzMcEIxERERERERF1SKdOnSCVStttr62txcaNG7F161Y8+uijAIC8vDz0798fx44dw7Bhw1BQUICysjIUFhYiPDwccXFxWLZsGebOnYvFixfDz8/P3tUhIjMxwUhERK6hfK/24yYBABCqOgxvLwfEQ2RPbT//Gv9rBzivAHzMbwj6Rjn+1HTntrXE2HCzj0tERJ7n/PnziIiIQEBAAGQyGbKzs9G7d28UFxdDrVYjMTFRLNuvXz/07t0bSqUSw4YNg1KpxKBBgxAefud3jlwuR1paGkpLSzFkyBCdr9nQ0ICGhgbxcV1dHQBArVZDrVbbqKbm0cThLPFYheb7B4BmwUC5NjRlzXmOLTj6vXC1z4SpcTLBSEREREREREQWS0hIQH5+PmJiYnD16lUsWbIEDz30EM6ePQuVSgU/Pz8EBwdrPSc8PBwqlQoAoFKptJKLmv2affpkZ2djyZIl7bYXFBQgMDCwg7WyLoVC4egQbMT883zlV8e+N5f37HHo62u4ymeivr7epHJMMBIRERERERGRxcaOvTPP9ODBg5GQkICoqCh88skn6Ny5s81ed968ecjKyhIf19XVITIyEklJSZBIJDZ7XXOo1WooFAqMGTMGvr6+jg7HOs7fSYyduVJr8tOahZbk4t2d6x16B9KgUX9w3IvD9T4TmpHBxjDBSGQF3Sv3t/xgbJEHN1/gYfHixe2uIMbExODcuXMAWlaPe+mll7Bt2zY0NDRALpfjnXfe0bpaWVFRgbS0NBw4cABdu3ZFamoqsrOztSaJJiIiIiIi5xUcHIx7770XFy5cwJgxY9DY2IiamhqtUYxVVVXinI1SqRQnTpzQOoZmlWld8zpq+Pv7w9/fv912X19fp0vcOGNMFms1LYsliUJvL8ueZy3O8j64ymfC1Bi9bRwHEXmYAQMG4OrVq+K/r776Stw3e/ZsfP7559i+fTsOHTqEyspKTJgwQdyvWT2usbERR48exaZNm5Cfn4+FCxc6oipERET0P2+++SYA4O6770ZYWBjGjx+P8vJyrTK3bt1Ceno6QkND0bVrV6SkpIgJAo2KigokJycjMDAQYWFheOWVV3D79m2tMgcPHsT9998Pf39/3HPPPcjPz7dp3YjI+m7cuIGLFy+iZ8+eiI+Ph6+vL4qKisT95eXlqKiogEwmAwDIZDKcOXMG1dXVYhmFQgGJRILY2Fi7x+/RyveK/0oK/z/d/y7XiP+INDgkiIisiqvHERG5PnFkPmB4dL6bj8ynO44cOQIAKCwsREBAAF599VUkJSWhrKwMXbp0AdByIXH37t3Yvn07goKCkJGRgQkTJojP1VxIlEqlOHr0KK5evYopU6bA19cXy5cvBwBcunQJycnJmDlzJrZs2YKioiK88MIL6NmzJ+RyuWMqT0RGvfzyy3j88ccRFRWFyspKLFq0CD4+PnjmmWcQFBSEadOmISsrCyEhIZBIJJg1axZkMhmGDRsGAEhKSkJsbCwmT56MlStXQqVSYf78+UhPT9c5QpGInA8TjERkVe68epyrrfalj8vWo0l7uTn1/x47ehU6DXWTCYHoOOeu8n44e3yeRjNioOXzH4gzV2ptdquRodEJmtWmudK0+/v0008RFBSE/v37QyKRID8/H2FhYSguLsbIkSOtdiExNzcX0dHR4ojJ/v3746uvvsLq1av1Jhgt/h7QJJj0O8TS/s9V+ndj3KUegPvUxd71MOV1fvjhBzzzzDP4+eef0aNHD4wYMQLHjh1Djx49AACrV6+Gt7c3UlJStKZK0vDx8cGuXbuQlpYGmUyGLl26IDU1FUuXLrVZvYjIuphgJNdRvrfdplBVDeoRiFDVYYfO4UAtPGX1OFdZ7csYd6mHo1eh07h83oQv+ef1r1jn7O+HqavHEZFnqK1tmdQ/JCQEAKx2IVGpVGodQ1MmMzNTbywd+x5g/HdIR1cbdfb+3VTuUg/Afepir3qY8h1g27ZtBvcHBAQgJycHOTk5estERUVhj5Os7ktE5mOCkYisxt1Xj3O11b70caV6HDx3Zx6eUNVhrX3OsgqdxqC7g4wX6jum3SZXeT9MXT2OiNxfc3MzMjMzMXz4cAwcOBAArHYhUV+Zuro6/Prrrzq/T1j8PeC8wqTVTy1dbdRV+ndj3KUegPvUxd714HcAIjIFE4xEZDPuunqcq6z2ZYwr1MPL586vKX1JREevQqfh62NCEAbOt7O/H84cGxHZV3p6Os6ePau1kJsjWfw9wMfLpN8fHe3/nL1/N5W71ANwn7rYqx7ucK6IyPasvor04sWL4eXlpfWvX79+4n5rrS5HRM6Pq8cRERnRaqVGg/+InMTLL7+MXbt24cCBA+jVq5e4XSqVihcSW2t7IbHt9/62FxL1lZFIJDa9G4KIiIg6xiYjGAcMGIDCwsI7L9LpzstYY3U5InJOXD2OiIjIPQlCy2oou3btwqFDhxAdHa21v/WFxJSUFAC6LyS+/vrrqK6uRlhYGID2FxJlMlm7OdgUCoV4DCIiog4z9eJtzFjjZUhkkwRjp06ddN7OaK3V5YjIOXH1OCIiIvf00ksvAQA++OADdOvWTZwzMSgoCJ07d7bahcSZM2fi7bffxpw5czB16lTs378fn3zyCXbv3u2YihMREZFJbJJgPH/+PCIiIhAQEACZTIbs7Gz07t3baqvL6dLQ0ICGhgbxsWYiWrVaDbXahJU929A8x5LnOiuXr1OT0G5Ts6D9v6OpdcSoXcD4uXfm98lYTFw9joiIyD1t3LgRAJCcnKy1PS8vD8899xwA61xIjI6Oxu7duzF79mysXbsWvXr1wgcffAC5XG77ShIREZHFrJ5gTEhIQH5+PmJiYnD16lUsWbIEDz30EM6ePWu11eV0yc7OxpIlS9ptLygoQGBgoMX1USgUFj/XWblXnVre2yu/Wv4eW9Pl80aSgudNT5w54/tUX1/v6BCInFbJ5RqjZeJibB8HEZEt1NbWIigoCLW1tXpXZrbWhcRRo0bh1KlTHYqXiIiI7MvqCcaxY+/coz548GAkJCQgKioKn3zyiU0nZp43bx6ysrLEx3V1dYiMjERSUpLeL0GGqNVqKBQKjBkzxm1WzXL5Op1vn3D7zw+1uPJrIO7uXO8Uq8gOujvIcIG+Y4wew5nfJ83IYCIiIiIiIiIiDZvcIt1acHAw7r33Xly4cAFjxowRV5drPYqx7epyJ06c0DpG29XldPH399e5CISvr2+HkjQdfb4zctk6+bTPIGqSit5ecIoEo6+OGLULmH7enfF9crZ4iMi5LF68uN3dBDExMTh37hwA4NatW3jppZewbds2rdsnW9+5UFFRgbS0NBw4cABdu3ZFamoqsrOztRaMIyIiIiKylEl3HkUG2zwOd2Pzb+s3btzAxYsXMXnyZKutLkfkrIx1VD81VSExNtxgGSKPY2AVt+6VNfaLg6xiwIABKCwsFB+3TgzOnj0bu3fvxvbt2xEUFISMjAxMmDABR44cAQA0NTUhOTkZUqkUR48exdWrVzFlyhT4+vpi+fLldq8LERERkdswdeVkIgtZPcH48ssv4/HHH0dUVBQqKyuxaNEi+Pj44JlnnrHa6nJERETknDp16qTzjoPa2lps3LgRW7duxaOPPgqgZXGI/v3749ixYxg2bBgKCgpQVlaGwsJChIeHIy4uDsuWLcPcuXOxePFi+Pn52bs6RERERERkAqsnGH/44Qc888wz+Pnnn9GjRw+MGDECx44dQ48ePQBYZ3U5IiIick7nz59HREQEAgICIJPJkJ2djd69e6O4uBhqtRqJiYli2X79+qF3795QKpUYNmwYlEolBg0apHXLtFwuR1paGkpLSzFkyBCdr9nQ0ICGhgbxsWa+WLVaDbXa8OJbQtNt8edmQXcZdVObHUaOaZa2xzaRJta2/9ub5vwZO8+OponP2eN0NEPnieeOiIiIDLF6gnHbtm0G91trdTkiIiJyLgkJCcjPz0dMTAyuXr2KJUuW4KGHHsLZs2ehUqng5+enNQczAISHh0OlUgEAVCqVVnJRs1+zT5/s7Ox2cz8CQEFBAQIDA02Ovx66y14+3yaxct4ZvqNox3rlV9PraVXffQ0A2POdY17eXApF+wXjqD1d56m+vt4BkRAREZGr4IzpREREZBVjx44Vfx48eDASEhIQFRWFTz75BJ07d7bZ686bNw9ZWVni47q6OkRGRiIpKQkSicTgcw+eqxZ/DlUd1llm0N1B2hv6jrE82LbOaydyzlypNevpzUJLcvHuzvUOWezsZ+lIAMCofmH2f3EzqNVqKBQKjBkzhguWGWDoPGlGBhMRkXswZaETInMwwUhOrbCsSvyZiz0QEbmW4OBg3Hvvvbhw4QLGjBmDxsZG1NTUaI1irKqqEudslEqlOHHihNYxqqqqxH36+Pv765yn2dfX12gyycvnzlchfQk6X582O6yZoGpzbEuThN5elj+3IzTnz1WSdqZ8Jkj3eeJ5IyIiIkOYYCQiIiKbuHHjBi5evIjJkycjPj4evr6+KCoqQkpKCgCgvLwcFRUVkMlkAACZTIbXX38d1dXVCAtrGRGnUCggkUgQGxvrsHpYRMdKjRwpQERERETuiglGIiIie9GRdBIX+TivaBnNFjO2fRkX8fLLL+Pxxx9HVFQUKisrsWjRIvj4+OCZZ55BUFAQpk2bhqysLISEhEAikWDWrFmQyWQYNmwYACApKQmxsbGYPHkyVq5cCZVKhfnz5yM9PV3nCEUiIiIiInIOTDASERGRVfzwww945pln8PPPP6NHjx4YMWIEjh07hh49egAAVq9eDW9vb6SkpKChoQFyuRzvvPOO+HwfHx/s2rULaWlpkMlk6NKlC1JTU7F06VJHVYmIiIiIiEzABCMRERFZxbZt2wzuDwgIQE5ODnJycvSWiYqKwp49zrBKM5mie+X+lh98gvUXcuFRuURERERkGiYYiYjIITSLOHEBJyLXZ2h+yZ+a7izYlhgbbodoiIiIiMjemGAksqPulfsNj/IA7szHRkRERERERETkAphgJCIiIiIiIiJyRboWESRyACYYiYiIiIiIiIjcgKFpS4hsydvRARAREREREREREZHrYoKRiIiIiIiIiIiILMYEIxERERERERFZLDs7Gw888AC6deuGsLAwjB8/HuXl5VplRo0aBS8vL61/M2fO1CpTUVGB5ORkBAYGIiwsDK+88gpu375tz6oQkYU4ByMRERFRBxWWVWk97l5Z45hAiIiIHODQoUNIT0/HAw88gNu3b+PVV19FUlISysrK0KVLF7Hc9OnTsXTpUvFxYGCg+HNTUxOSk5MhlUpx9OhRXL16FVOmTIGvry+WL19u1/oQkfmYYCTnoGflK/6BRkRERERE5Nz27dun9Tg/Px9hYWEoLi7GyJEjxe2BgYGQSqU6j1FQUICysjIUFhYiPDwccXFxWLZsGebOnYvFixfDz8+v3XMaGhrQ0NAgPq6rqwMAqNVqqNVqa1StwzRx2CyeJkHrYbOgp5wT0MTmzDFqqJsEoGyP8YJ9x5h/bFt/JqzM1DiZYCQiq8nOzsann36Kc+fOoXPnzvjd736HFStWICYmRiwzatQoHDp0SOt5f/rTn5Cbmys+rqioQFpaGg4cOICuXbsiNTUV2dnZ6NSJXRYREZEjHDlyBAAQExMDlUqFHTt2YPz48eJ+QRCwaNEivP/++6ipqcHw4cOxYcMG9O3bVyxz7do1zJo1C59//jm8vb2RkpKCtWvXomvXrmKZ06dPIz09HSdPnkSPHj0wa9YszJkzx271JCLrqK2tBQCEhIRobd+yZQs2b94MqVSKxx9/HAsWLBBHMSqVSgwaNAjh4eFieblcjrS0NJSWlmLIkCHtXic7OxtLlixpt72goEBrdKQzUCgUdnol56q3Lld+df4YL583Mfl33oQkpB72+0x0TH19vUnl+Nc6EVkNb40gIo+gY9Q9R9yTu9P8cbFq1Sr88Y9/bLd/5cqVWLduHTZt2oTo6GgsWLAAcrkcZWVlCAgIAABMmjQJV69ehUKhgFqtxvPPP48ZM2Zg69atAFpGHiUlJSExMRG5ubk4c+YMpk6diuDgYMyYMcN+lW1Lz5027cSMtW0cRC6iubkZmZmZGD58OAYOHChuf/bZZxEVFYWIiAicPn0ac+fORXl5OT799FMAgEql0kouAhAfq1Qqna81b948ZGVliY/r6uoQGRmJpKQkSCQSa1fNImq1GgqFAmPGjIGvr6/1X+C8dpLqzJVa67+GlTQLLcnFuzvXw9vL0dEYNujuINMKWjiC0aafCSvTjAw2hglGQPeXBs0w4/MKwMeLXxiITODut0a42lB2fexaj/P6r8qF/O/LT7OFh3alWyw01E3tg9VsE/c56efL1T/3RNQxY8a0/AH1+OOPt9snCALWrFmD+fPn44knngAAfPTRRwgPD8fOnTsxceJEfPPNN9i3bx9OnjyJoUOHAgDWr1+PcePGYdWqVYiIiMCWLVvQ2NiIDz/8EH5+fhgwYABKSkrw1ltvOTbBSERmSU9Px9mzZ/HVV19pbW/djgcNGoSePXti9OjRuHjxIvr06WPRa/n7+8Pf37/ddl9fX6dL3NgsJh/tTJ2zJ+6AlhidPU5fHxMD7MB76oyfU11MjZEJRj1asv6BOHOlFt5ewE9NVe3KJMaGt38iEYnc9dYIVxnKbozj62Gd98YVbrHQMHSrheK7/62Q2IHbLGzJ1FsjiMjzXLp0CSqVComJieK2oKAgJCQkQKlUYuLEiVAqlQgODhaTiwCQmJgIb29vHD9+HE8++SSUSiVGjhypdTFRLpdjxYoV+OWXX3DXXXfpfH2LLzQ2CSZdpNJ1cUh3QXWbh7ww6WzcpS72roc5r5ORkYFdu3bh8OHD6NWrl8GyCQkJAIALFy6gT58+kEqlOHHihFaZqqqWv8P1DU5we6aOoCarK7lcY1K5uBjjZTwFE4xEZBPueGuEqw1l18ce9Th4rhoAEKo6bJPjA651i4WGrlst1E0CFN/dxpjfdmq5UmrBbRb2YOqtEUTkeTS/n3X9/tbsU6lUCAsL09rfqVMnhISEaJWJjo5udwzNPn0Jxo5daDR+kaqj83A5/oKedbhLPQD3qYu96mHKRUZBEDBr1izs2LEDBw8ebNeWdSkpKQEA9OzZEwAgk8nw+uuvo7q6WuwvFAoFJBIJYmNjLa8AEdkFE4xEZBPufGuEqwxlN8aW9fDyafn1Yo/EnyvcYqFh6FYLXx+vlv1O+tlyh888Ebkniy80nleYNFeZpfNw8cKk83GXuti7HqZcZExPT8fWrVvxr3/9C926dRMvHAQFBaFz5864ePEitm7dinHjxiE0NBSnT5/G7NmzMXLkSAwePBgAkJSUhNjYWEyePBkrV66ESqXC/PnzkZ6ervO7PhE5FyYYiezM2FDrllt1XOeWT114awQRuRNTb5Eh8lSa389VVVXiSCTN47i4OLFMdXW11vNu376Na9euic+XSqXi7/zWx2j9GrpYfKHRx8ukC1SllcaTkHGRwXovEPHCpPNxl7rYqx6mvMaGDRsAAKNGjdLanpeXh+eeew5+fn4oLCzEmjVrcPPmTURGRiIlJQXz588Xy/r4+GDXrl1IS0uDTCZDly5dkJqaqrU4JBE5LyYYichqeGsEkWG6ElWaiwqaOX85jwsRuZro6GhIpVIUFRWJCcW6ujocP34caWlpAFp+v9fU1KC4uBjx8fEAgP3796O5uVm82CiTyfC3v/0NarVaTGgoFArExMTovT2aiJyDIBieqzQyMhKHDh0yepyoqCjs2eOc81E7A170JGfm7egAiMh9pKenY/Pmzdi6dat4a4RKpcKvv/4KALh48SKWLVuG4uJi/Pe//8Vnn32GKVOm6L014j//+Q+++OIL3hpBRETkYDdu3AAAnD59GkDLwi4lJSWoqKiAl5cXMjMz8dprr+Gzzz7DmTNnMGXKFERERGD8+PEAgP79++Oxxx7D9OnTceLECRw5cgQZGRmYOHEiIiIiALTM0+zn54dp06ahtLQUH3/8MdauXat1+zMRERE5J45gJIcpLLtzC0z3yhrHBUJWw1sjiIiI3NOpU6cAAA899BAAiEm/1NRU5OfnY86cObh58yZmzJiBmpoajBgxAvv27UNAQIB4jC1btiAjIwOjR4+Gt7c3UlJSsG7dOnF/UFAQCgoKkJ6ejvj4eHTv3h0LFy7Umr+ZiIiInBMTjERkNbw1woOU7zW4mxcNiEiX1hcX9UmMDTdahuxPk1isra3VuXCKl5cXli5davCCYEhICLZu3WrwdQYPHowvv/yyY8ESERGR3THBSOSszisAAyvOImas/WIhxzCSxBOZ8VkoLKuC0HQbAHDwXLW42rO5En0sehoReaDulftNKvdTxKM2joSIiIiIbIUJRiIiV/e/RKQpkz53R8uiIvUIRKjqcLvVM/kHvhOwQWKZiIiIiIjIlphgJNsy8Icyb6Ekj2VqAskBTB1phMhgm8ZBRERERETk9Dg4QMQEIxGRizBlhKK9OFMsREREREQuRUdSit+vydUxwUhERERERNQBJZdrgMv/n9a2ZgEAAnHm4D/g7QXERQZ7xAgWIlfReuExfXfxxLW+a4ftl8ggJhidmbVvo/xtonWPR0REREREREREHo8JRkexcvLQlOHUPzZWAzC8cmxibLg1wyIiIiIiIiIiIjfn7egAiIiIiIiIiIiIyHVxBKOL4ISvRA5WvhdoElp+Pq8AfLx0l+PcLERERERERORhmGAkm9BMmNu9ssaxgRDZm4XTH/AiAhERERERkWsx5e84rcWC3BgTjERERERERERE1tB2wMH/7oLSrChP5K6YYCQtmpGHhnAhGCLzcHQiERERERERuTMmGJ2AvZIPoarDqEcgQlWHDV45+SniUeMHM3IbKG+NJk/CBCIRUcd1r9zf8oNPsP5CnOeWiIiIyCkxwWhtFs6/RtTWmSu1BhPBcTH2i4WIiMheDF20+amp5U4L3k1Brqjkco34GdaHn20iInJVTDCaSLyq3pqhK+xEREQW4ETRRERERK6j7TRjbe/maxYAINBu8RA5ChOM1I7OZGprTKySO+GoYyIiIiIiMkbP3w2cHoxM0vrz87+Ff3BeAfi0um3RxaeCYYKRzMb55pyEqYkxF++kiEgP9gFERERENsW/fYlMxwRjB7CzISIiIiIiU5l8pxAvDhERkYthgpGIyIDWFxI086cYW4CHiIiIiIiICGg/OE3X35XuMMc6E4xEREREREREZmi7sIcuWquCmzK1CUeuEpELY4KRiIiIiIjICWhGufzUpD95pZW0IiIichJOnWDMycnB3//+d6hUKtx3331Yv349HnzwQUeHRUR2wj6AyHOx/ZMumvnrSioNl/sp4lEmYVwc+wByJFNGJ2oYmlfTWF8FuMdtkdbG9k8ey8UXcXTaBOPHH3+MrKws5ObmIiEhAWvWrIFcLkd5eTnCwsIcHR4R2Rj7ACLPxfZP5NnYB5AzMLogjy2Ymlz4baJt43Agtn8i1+W0Cca33noL06dPx/PPPw8AyM3Nxe7du/Hhhx/ir3/9q4OjI3I8Y6uYi1dDXfQqCPsAIs/F9k8d1b1yv9bIIXEy9YP/ECdT5yhH58U+wEhyS7PSNOB0399cxcFz1fDycdo/hT0a2z+R63LKXrWxsRHFxcWYN2+euM3b2xuJiYlQKpU6n9PQ0ICGhgbxcW1tLQDg2rVrUKvVhl+w9ma7TXU36lF/C6hrrneb1WKbBbBOLsBadfq51tfMJ/xstMj169cBAIIgWBKSycztA6zd/luru1Ev/uwunzfWw7lYUo/D39Qb3D8gIujOgxP/MH7APo8YLeKs7R/oWB9wo/YX8We/G4bPqzNyl3Zga7rOk9+3u3D4W+PPvRY+HA/d28NwoYsHUFpZa/RYAx4ab/wFHUitVqO+vh4///wzfH21v0e4ZR9Qe1Pr97y12ap9tv4dcO3aOZ1l2n1mLx7Qeqjr83otfLjOYxj6XBj0v9c01DY0r2mtNmZMy3sSiKAL+4y+J3UdfjXTGPudDrT5vQ5A/fVO1Nffxs9f74Svj4GKmPD73RRu2f5hv+8A/F19B89FC13nwZS+QPTNRr272vYXRlnx7wCnTDD+9NNPaGpqQni49lXl8PBwnDun+5dodnY2lixZ0m57dHS0TWIk8mTXr19HUJCZHZcZzO0D2P6J7MfZ2j/APoBcyQuODqDD2AcQeS62fyLPZqwPcMoEoyXmzZuHrKws8XFzczOuXbuG0NBQeHmZnxqvq6tDZGQkLl++DIlEYs1QHYZ1cg3OXCdBEHD9+nVEREQ4OhQt1m7/+jjze2MO1sO5uEo9nLX9A/brA5yRq3x+HI3nyTSGzhP7APO5y+fOXeoBuE9d7F0Ptv+OcZfPnTXwXLRwtfNgah/glAnG7t27w8fHB1VV2qt3VVVVQSqV6nyOv78//P39tbYFBwd3OBaJROISb7g5WCfX4Kx1suVVSw1z+wBbtX99nPW9MRfr4VxcoR7O2P4B+/cBzsgVPj/OgOfJNPrOE/sAy7jL585d6gG4T13sWQ+2/45zl8+dNfBctHCl82BKH+BthzjM5ufnh/j4eBQVFYnbmpubUVRUBJlM5sDIiMge2AcQeS62fyLPxj6AyHOx/RO5NqccwQgAWVlZSE1NxdChQ/Hggw9izZo1uHnzpriaFBG5N/YBRJ6L7Z/Is7EPIPJcbP9ErstpE4xPP/00fvzxRyxcuBAqlQpxcXHYt29fuwlfbcXf3x+LFi1qN9zalbFOrsEd62QJR/cBurjLe8N6OBd3qYc1OWP7d1b8/JiG58k0znKe3KUPcJbz2VHuUg/AferiLvXQxV3af2vu/H6Zi+eihbueBy/B1mvNExERERERERERkdtyyjkYiYiIiIiIiIiIyDUwwUhEREREREREREQWY4KRiIiIiIiIiIiILMYEIxEREREREREREVmMCUYiIiIiIiIiIiKyGBOM//Ob3/wGXl5eWv/eeOMNg8+5desW0tPTERoaiq5duyIlJQVVVVV2iti4//73v5g2bRqio6PRuXNn9OnTB4sWLUJjY6PB540aNarduZg5c6adom4vJycHv/nNbxAQEICEhAScOHHCYPnt27ejX79+CAgIwKBBg7Bnzx47RWqa7OxsPPDAA+jWrRvCwsIwfvx4lJeXG3xOfn5+u/ckICDAThGTIQ0NDYiLi4OXlxdKSkocHY5ZLO0jnIW5fYOzsaQvIGrN1duArbGNWe6NN96Al5cXMjMzHR2Ky3KH9umubcjVP99XrlzBH//4R4SGhqJz584YNGgQvv76a0eHRSZw9e/eHeUO/WJHuWu/qsEEYytLly7F1atXxX+zZs0yWH727Nn4/PPPsX37dhw6dAiVlZWYMGGCnaI17ty5c2hubsa7776L0tJSrF69Grm5uXj11VeNPnf69Ola52LlypV2iLi9jz/+GFlZWVi0aBH+/e9/47777oNcLkd1dbXO8kePHsUzzzyDadOm4dSpUxg/fjzGjx+Ps2fP2jly/Q4dOoT09HQcO3YMCoUCarUaSUlJuHnzpsHnSSQSrffk+++/t1PEZMicOXMQERHh6DAs0pE+wtHM7RuckaV9ARHgHm3A1tjGLHPy5Em8++67GDx4sKNDcVnu0j7dsQ25+uf7l19+wfDhw+Hr64u9e/eirKwMb775Ju666y5Hh0YmcOXv3h3lLv1iR7ljv6pFIEEQBCEqKkpYvXq1yeVramoEX19fYfv27eK2b775RgAgKJVKG0RoHStXrhSio6MNlnn44YeFF1980T4BGfHggw8K6enp4uOmpiYhIiJCyM7O1ln+//7v/4Tk5GStbQkJCcKf/vQnm8bZEdXV1QIA4dChQ3rL5OXlCUFBQfYLikyyZ88eoV+/fkJpaakAQDh16pSjQ+owU/oIZ2Bu3+AKTOkLiDTcsQ3YGtuYcdevXxf69u0rKBQKp/o+6GrctX26ehtyh8/33LlzhREjRjg6DLIiV/nu3VHu2i92lKv3q21xBGMrb7zxBkJDQzFkyBD8/e9/x+3bt/WWLS4uhlqtRmJioritX79+6N27N5RKpT3CtUhtbS1CQkKMltuyZQu6d++OgQMHYt68eaivr7dDdNoaGxtRXFysdY69vb2RmJio9xwrlUqt8gAgl8ud/j0BYPR9uXHjBqKiohAZGYknnngCpaWl9giP9KiqqsL06dPx//7f/0NgYKCjw7EaU/sIR7Kkb3AFpvYFRO7aBmyNbcy49PR0JCcnt/suRaZz5/bp6m3IHT7fn332GYYOHYqnnnoKYWFhGDJkCN5//31Hh0Ud4ArfvTvKnfvFjnL1frWtTo4OwFn85S9/wf3334+QkBAcPXoU8+bNw9WrV/HWW2/pLK9SqeDn54fg4GCt7eHh4VCpVHaI2HwXLlzA+vXrsWrVKoPlnn32WURFRSEiIgKnT5/G3LlzUV5ejk8//dROkbb46aef0NTUhPDwcK3t4eHhOHfunM7nqFQqneWd9T1pbm5GZmYmhg8fjoEDB+otFxMTgw8//BCDBw9GbW0tVq1ahd/97ncoLS1Fr1697BgxAYAgCHjuuecwc+ZMDB06FP/9738dHZJVmNpHOJolfYOzM7UvIALcsw3YGtuYcdu2bcO///1vnDx50tGhuDR3bZ+u3obc5fP93XffYcOGDcjKysKrr76KkydP4i9/+Qv8/PyQmprq6PDITK7y3buj3LVf7ChX71d1cesRjH/961/bLYzR9p/mA52VlYVRo0Zh8ODBmDlzJt58802sX78eDQ0NDq5Fe+bUS+PKlSt47LHH8NRTT2H69OkGjz9jxgzI5XIMGjQIkyZNwkcffYQdO3bg4sWLtqyWR0pPT8fZs2exbds2g+VkMhmmTJmCuLg4PPzww/j000/Ro0cPvPvuu3aK1DOY2rbWr1+P69evY968eY4OWSdb9xFkfab2BURkGbYxwy5fvowXX3wRW7Zs4SJypJMrtyF3+nw3Nzfj/vvvx/LlyzFkyBDMmDED06dPR25urqND82j87k2WcOV+VR+3HsH40ksv4bnnnjNY5re//a3O7QkJCbh9+zb++9//IiYmpt1+qVSKxsZG1NTUaI1irKqqglQq7UjYRplbr8rKSjzyyCP43e9+h/fee8/s10tISADQcoWlT58+Zj/fUt27d4ePj0+7lbkNnWOpVGpWeUfKyMjArl27cPjwYbNHIfr6+mLIkCG4cOGCjaLzTKa2rf3790OpVMLf319r39ChQzFp0iRs2rTJhlEaZ+8+wt4s6RucWUf6AvJM7tYGbI1tzLji4mJUV1fj/vvvF7c1NTXh8OHDePvtt9HQ0AAfHx8HRug63LF9unobcqfPd8+ePREbG6u1rX///vjnP//poIgIcP/v3h3ljv1iR7l6v6qPWycYe/TogR49elj03JKSEnh7eyMsLEzn/vj4ePj6+qKoqAgpKSkAgPLyclRUVEAmk1kcsynMqdeVK1fwyCOPID4+Hnl5efD2Nn/QaklJCYCWX2j25Ofnh/j4eBQVFWH8+PEAWq7aFRUVISMjQ+dzZDIZioqKkJmZKW5TKBQ2f0/MIQgCZs2ahR07duDgwYOIjo42+xhNTU04c+YMxo0bZ4MIPZepbWvdunV47bXXxMeVlZWQy+X4+OOPxYS8I9m7j7A3S/oGZ2SNvoA8k7u0AVtjGzPd6NGjcebMGa1tzz//PPr164e5c+e6TPLFGbhT+3SXNuROn+/hw4ejvLxca9u3336LqKgoB0VEgPt/9+4od+oXO8pd+lW9HLnCjLM4evSosHr1aqGkpES4ePGisHnzZqFHjx7ClClTxDI//PCDEBMTIxw/flzcNnPmTKF3797C/v37ha+//lqQyWSCTCZzRBV0+uGHH4R77rlHGD16tPDDDz8IV69eFf+1LtO6XhcuXBCWLl0qfP3118KlS5eEf/3rX8Jvf/tbYeTIkQ6pw7Zt2wR/f38hPz9fKCsrE2bMmCEEBwcLKpVKEARBmDx5svDXv/5VLH/kyBGhU6dOwqpVq4RvvvlGWLRokeDr6yucOXPGIfHrkpaWJgQFBQkHDx7Uek/q6+vFMm3rtWTJEuGLL74QLl68KBQXFwsTJ04UAgIChNLSUkdUgdq4dOmSS64ibUof4ayM9Q2uwJS+gEgfd2gDtsY21jGuusquM3CX9unObchVP98nTpwQOnXqJLz++uvC+fPnhS1btgiBgYHC5s2bHR0amcCVv3t3lLv0ix3lzv2qIAgCE4yCIBQXFwsJCQlCUFCQEBAQIPTv319Yvny5cOvWLbGMJoFw4MABcduvv/4q/PnPfxbuuusuITAwUHjyySedqnPIy8sTAOj8p9G2XhUVFcLIkSOFkJAQwd/fX7jnnnuEV155RaitrXVQLQRh/fr1Qu/evQU/Pz/hwQcfFI4dOybue/jhh4XU1FSt8p988olw7733Cn5+fsKAAQOE3bt32zliw/S9J3l5eWKZtvXKzMwUz0F4eLgwbtw44d///rf9gyedXDXBaEof4cwM9Q2uwJS+gMgQV28DtsY21jGumoBxFu7QPt25Dbny5/vzzz8XBg4cKPj7+wv9+vUT3nvvPUeHRCZy9e/eHeUO/WJHuXO/KgiC4CUIgmDdMZHOobm5GZWVlejWrRu8vLwcHQ6RWxAEAdevX0dERIRTD+dn+yeyPldp/wD7ACJbYB9A5LnY/ok8m6l9gNvOwVhZWYnIyEhHh0Hkli5fvuzUk9Gy/RPZjrO3f4B9AJEtsQ8g8lxs/0SezVgf4LYJxm7dugFoOQESicTB0diXWq1GQUEBkpKS4Ovr6+hwnBbPk3Ftz1FdXR0iIyPF9uWsPLn9dwTbRMe4+/lzlfYPuEcf4O6fJ1vgObOMqefNlfsAfjZ043nRjeelPVdu/47g6p8hxu9Yzhi/qX2A2yYYNcOhJRKJy/5xYSm1Wo3AwEBIJBKn+UA6I54n4/SdI2e/3cCT239HsE10jKecP2dv/4B79AGe8nmyJp4zy5h73lyxD+BnQzeeF914XvRzxfbvCK7+GWL8juXM8RvrA5x7AgUiIiIiIiIiIiJyakwwEhERERERERERkcWYYCQiIiIiIiIiIiKLWX0Oxt/85jf4/vvv223/85//jJycHIwaNQqHDh3S2venP/0Jubm54uOKigqkpaXhwIED6Nq1K1JTU5GdnY1OnWwzZWRhWZX4c/fK/TrLxEUG33kQM9YmcRhUvte0co6IjYjcE/sd8gCtvwPokxgbbodIiMjezP4bAODvPCKi1kz5e4H9psew+gjGkydP4urVq+I/hUIBAHjqqafEMtOnT9cqs3LlSnFfU1MTkpOT0djYiKNHj2LTpk3Iz8/HwoULrR0qERERmenpp59GREQEvLy8sHPnTq19giBg4cKF6NmzJzp37ozExEScP39eq8y1a9cwadIkSCQSBAcHY9q0abhx44ZWmdOnT+Ohhx5CQEAAIiMjtb4nEBERERGR87H6kMAePXpoPX7jjTfQp08fPPzww+K2wMBASKVSnc8vKChAWVkZCgsLER4ejri4OCxbtgxz587F4sWL4efnZ+2QiYiIyEQDBw7EjBkzMGHChHb7Vq5ciXXr1mHTpk2Ijo7GggULIJfLUVZWhoCAAADApEmTxAuQarUazz//PGbMmIGtW7cCAOrq6pCUlITExETk5ubizJkzmDp1KoKDgzFjxgyb1k3fCCb4BN/5mVfhiYiIiIjasc09x//T2NiIzZs3IysrS2s56y1btmDz5s2QSqV4/PHHsWDBAgQGBgIAlEolBg0ahPDwO7cjyeVypKWlobS0FEOGDNH5Wg0NDWhoaBAf19XVAWhZ4lutVhuMU2i6Lf7cLOguo25qtcPI8WyiSU9gbbWqr7F6ezqeJ+PaniOeKyJasGABJBJJu+2CIGDNmjWYP38+nnjiCQDARx99hPDwcOzcuRMTJ07EN998g3379uHkyZMYOnQoAGD9+vUYN24cVq1ahYiICGzZsgWNjY348MMP4efnhwEDBqCkpARvvfWWzROMTovTFRAREZG9nVcAPl7GyxH9j00TjDt37kRNTQ2ee+45cduzzz6LqKgoRERE4PTp05g7dy7Ky8vx6aefAgBUKpVWchGA+FilUul9rezsbCxZsqTd9oKCAjF5aYp66C57+XyrxMr5PSYfz+5axaa5PZ0M43kyTnOO6uvrHRwJETmrS5cuQaVSITExUdwWFBSEhIQEKJVKTJw4EUqlEsHBwWJyEQASExPh7e2N48eP48knn4RSqcTIkSO17liQy+VYsWIFfvnlF9x1113tXtsdLzJqXdgx4yKjJ+PFMMuYet54XomIyJCSyzU6t//UpD3fNee2dl82TTBu3LgRY8eORUREhLit9eiDQYMGoWfPnhg9ejQuXryIPn36WPxa8+bNQ1ZWlvi4rq4OkZGRSEpK0jnSorWD56rFn0NVh3WWGXR30J0HfcdYHKfFzpuYBOs7Bmq1GgqFAmPGjIGvr69t43JhPE/GtT1Hmj/ayQ3oGhGlSWLwaiVZQHMRUNdFQs0+lUqFsLAwrf2dOnVCSEiIVpno6Oh2x9Ds05VgdOeLjGZdBHPmC6B2xAuHljF23niRkYiIiAyxWYLx+++/R2FhoTgyUZ+EhAQAwIULF9CnTx9IpVKcOHFCq0xVVUvGW9+8jQDg7+8Pf3//dtt9fX2NJo+8fO6cBm89f1P7tv5j2xHJKFP/2G8Vmyl1J54nU2jOEc+T59J3RRK4c1WSVyPJUdzxIqPWBZ7/HjTtSY64AOpEeOHQMqaet3379gEAYmJioFKpsGPHDowfP17cLwgCFi1ahPfffx81NTUYPnw4NmzYgL59+4plrl27hlmzZuHzzz+Ht7c3UlJSsHbtWnTt2lUsc/r0aaSnp+PkyZPo0aMHZs2ahTlz5li/4kRERGRVNksw5uXlISwsDMnJyQbLlZSUAAB69uwJAJDJZHj99ddRXV0tjnJQKBSQSCSIjY21VbhERETUAZqLgFVVVeLvdM3juLg4sUx1dbXW827fvo1r166Jz5dKpeKFxdbHaP0abbnzRUZfX1/t1zdc2LbBuAheELOMsfPW2NgIAFi1ahX++Mc/ttvv6os8ERERUcfYJMHY3NyMvLw8pKamolOnOy9x8eJFbN26FePGjUNoaChOnz6N2bNnY+TIkRg8eDAAICkpCbGxsZg8eTJWrlwJlUqF+fPnIz09XecfD0REROR40dHRkEqlKCoqEhOKdXV1OH78ONLS0gC0XESsqalBcXEx4uPjAQD79+9Hc3OzeEeDTCbD3/72N6jVajHZoVAoEBMTo/P2aCKyjzFjWkbIPv744+32OXqRJ2PzsOqbZ9LsOVhbDqI3DlfDeUt143lpj+eCiExhkwRjYWEhKioqMHXqVK3tfn5+KCwsxJo1a3Dz5k1ERkYiJSUF8+fPF8v4+Phg165dSEtLg0wmQ5cuXZCamoqlS5faIlQiIiIyw+nTp8XbGS9duoSSkhKEhISgd+/eyMzMxGuvvYa+ffuKI5giIiLE2yj79++Pxx57DNOnT0dubi7UajUyMjIwceJEcb7mZ599FkuWLMG0adMwd+5cnD17FmvXrsXq1asdVWUiMsKRizwBps/DamieSZPmYAXccq5TzluqG8/LHZyDlYhMYZMEY1JSEgSh/WXAyMhIHDp0yOjzo6KisGeP+/3y1kvXYgtERHaimV+xZfRGIM5cqdV7qyjRQw89JP6smfcwNTUV+fn5mDNnDm7evIkZM2agpqYGI0aMwL59+8TbIwFgy5YtyMjIwOjRo8U52NatWyfuDwoKQkFBAdLT0xEfH4/u3btj4cKFvD2SyIk5cpEnwPg8rPrmmTR7DlbAreY65byluvG8tGfqQo9XrlzB3LlzsXfvXtTX1+Oee+5BXl6eeGHBWnO1UgcZyz+0HblNZCKbriJNRERE7qW2tlbvwileXl5YunSpwbsOQkJCxPnW9Bk8eDC+/PLLDsVJRJ7D1HlY2z42ew7WloN0LFgnxHlLdeN5ucOU8/DLL79g+PDheOSRR7B371706NED58+f17owYI25WskxDC34SKTBBKO7Kd9754rDeYXu1adjxto3JiJya90r9wMASir1l/kp4lEAXGmaiMgdOXKRJyJyDitWrEBkZCTy8vLEba1HJFtrrta2jM3B6ghOP4+nkRGKmrlnW89Bq2+eWlO0nu8WsP15cfrzb4Qzxm9qLEwwEhERERGRxbjIExF99tlnkMvleOqpp3Do0CHcfffd+POf/4zp06cDsN5crW2ZOgerI7j6PJ6K71onBjtwLr/7Wuvhnu8sP5Q5XP78O1H8ps7DygQjERERkSMYmgPJ2N0IRHZ248YNAC0LPQFc5ImItH333XfYsGEDsrKy8Oqrr+LkyZP4y1/+Aj8/P6Smplptrta2jM3B6ghOP4/necOJK3WTAMV3tzHmt53EaSLOXKm1+OV+lo7UejyqX5iektbh9OffCGeM39R5WJlgJCIiIiIig06dOgXgzkJPXOSJiFprbm7G0KFDsXz5cgDAkCFDcPbsWeTm5iI1NdVmr2vqHKyO4Awx6NTmwmXb+RU1Cz+eU9WJ89N2ZAHI1vPdAqbN6WkNTnv+TeRM8ZsaBxOMRERERERkkCaxqG+hJy7yROTZevbsidjYWK1t/fv3xz//+U8A1purlYicFxOMRERERO7A0C3XGlzojYiIbGD48OEoLy/X2vbtt98iKioKgPXmaiUi5+Xt6ADIciWXa3T+08yP0JF5EogsdeXKFfzxj39EaGgoOnfujEGDBuHrr+9M7CsIAhYuXIiePXuic+fOSExMxPnz57WOce3aNUyaNAkSiQTBwcGYNm2aOPcTERERERE5l9mzZ+PYsWNYvnw5Lly4gK1bt+K9995Deno6gJZRzpq5Wj/77DOcOXMGU6ZM0TtX64kTJ3DkyJF2c7USkfPiCEYisppffvkFw4cPxyOPPIK9e/eiR48eOH/+vNbKjytXrsS6deuwadMmcRJ4uVyOsrIycZ6mSZMm4erVq1AoFFCr1Xj++ecxY8YMo7dVERERERGR/T3wwAPYsWMH5s2bh6VLlyI6Ohpr1qzBpEmTxDLWmKuVjDDlbgY76165X3uDT7DugrzLwuUxwUhEVrNixQpERkYiLy9P3BYdHS3+LAgC1qxZg/nz5+OJJ54AAHz00UcIDw/Hzp07MXHiRHzzzTfYt28fTp48iaFDhwIA1q9fj3HjxmHVqlW8eklERERE5IR+//vf4/e//73e/daaq5VcW9tFZTR+aqoSf06MDddZhpwbE4xEZDWfffYZ5HI5nnrqKRw6dAh33303/vznP2P69OkAgEuXLkGlUiExMVF8TlBQEBISEqBUKjFx4kQolUoEBweLyUUASExMhLe3N44fP44nn3yy3es2NDSgoaFBfFxXVwcAUKvVUKvVtqquczqvMPspLSvFtf/fmoSm2wDg1u+Hpm7uWkd3rZer0vflvLW4yGCbx0FEREREBDDB6JRM+aOhI8dqfWUA4NUBsp7vvvsOGzZsQFZWFl599VWcPHkSf/nLX+Dn54fU1FSoVCoAQHi49mcuPDxc3KdSqRAWFqa1v1OnTggJCRHLtJWdnY0lS5a0215QUIDAwEBrVM3NaZ+jK7/a4Jx91zIP557vrH9oZ6NQmJ/kdQX19fWODoGIiIiIiJwUE4xEZDXNzc0YOnQoli9fDgAYMmQIzp49i9zcXKSmptrsdefNm4esrCzxcV1dHSIjI5GUlASJRGKz13VKFoxg1CwI1Sy0JBfv7lwPby/rhvWzdCQAYFS/MCMlXZdarYZCocCYMWPg6+vr6HCsTjMymIiIiIiIqC0mGInIanr27InY2Fitbf3798c///lPAIBUKgUAVFVVoWfPnmKZqqoqxMXFiWWqq6u1jnH79m1cu3ZNfH5b/v7+8Pf3b7fd19fXLRM9BvmYnxlsm0z09mq/raO8fFp+3XjC++Gunzt3rJOzKrlc87+pCgJx5kqt1dsjERERAYVlVUbLuPLdfta8M5LIFN6ODoCI3Mfw4cNRXl6ute3bb79FVFQUgJYFX6RSKYqKisT9dXV1OH78OGQyGQBAJpOhpqYGxcXFYpn9+/ejubkZCQkJdqgFEREREREREZmDIxiJyGpmz56N3/3ud1i+fDn+7//+DydOnMB7772H9957D0DLynGZmZl47bXX0LdvX0RHR2PBggWIiIjA+PHjAbSMeHzssccwffp05ObmQq1WIyMjAxMnTuQK0kTkOsr3OjoCIiIiMlP3yv3aG3yCdReMGWvzWIhcDROMRGQ1DzzwAHbs2IF58+Zh6dKliI6Oxpo1azBp0iSxzJw5c3Dz5k3MmDEDNTU1GDFiBPbt24eAgACxzJYtW5CRkYHRo0fD29sbKSkpWLdunSOqRERERERERERGMMFoS046eoFXZciWfv/73+P3v/+93v1eXl5YunQpli5dqrdMSEgItm7daovwiIiIiIiIiMjKOAcjERERERERERERWYwJRiIiIiIiIiIiIrIYb5EmIo9WWFZltExibLgdIrGNkss1jg6BiIiIiIiI3BwTjHbGP/aJnJ9J85RyjlIiIiIiIiIiAEwwEhEREbklXRc1f2pqP2rblUdpExEReQQnXUDWmrQGeXAhWpfEBCMRERERERERETkFfXd+tr1QyoukzoWLvBAREREREREREZHFrD6CcfHixViyZInWtpiYGJw7dw4AcOvWLbz00kvYtm0bGhoaIJfL8c477yA8/E7muaKiAmlpaThw4AC6du2K1NRUZGdno1MnDri0BVOuDvDKABERUcdwHmYiIiIi+v/Zu/u4qMr8f/yvYRzuVCAQGCkk1jUU0zAsmEwz5SYzP5l8249mSuZD98eCn5TaXPuYtyXl+k27oay+he0j+Vp9P+luZsaAN+wq3kTLiposWi0GDqwakJIwwvz+oDkyMMMMw5w558y8no/HPGDOuebM+zrMdXHmOteNpxKlxW706NEoLi6+8SZdGgaXLVuGzz//HJ988gmCg4ORk5ODWbNm4dChQwCA9vZ2TJ8+HVqtFocPH8aFCxcwf/58aDQabNiwQYxwiYiIiIiIiIiIyEmiNDAOGDAAWq22x/ampia89957KCwsxJQpUwAABQUFGDVqFI4cOYLk5GQUFRXh9OnTKC4uRmRkJBISErB+/XosX74ca9asga+vrxghExGRGxSf7rnAhDXsNU1ERERERKQcojQwVldXIyoqCv7+/tDpdMjLy8OwYcNQXl4Oo9GIlJQUIe3IkSMxbNgwlJWVITk5GWVlZRgzZozFkOn09HRkZWXh1KlTGDdunNX3bG1tRWtrq/C8ubkZAGA0GmE0GnuN19R+Xfi9w2Q9jbG9yw47xxO09zyYreO7kvk9+vteXc+LvXOoROY8eWLeXKX7OeK5IiIiIiIiIqLuXN7AmJSUhG3btiEuLg4XLlzA2rVrMXHiRJw8eRIGgwG+vr4ICQmxeE1kZCQMBgMAwGAwWDQumveb99mSl5fXY+5HACgqKkJgYKDD8bfAetrz1V0aVqr3OHy8nhyPpb9qf+7ne337lfDrnm/7GYyM6fV6qUOQPfM5amlpkTgSIiIiIiIiIpIblzcwTps2Tfh97NixSEpKQkxMDD7++GMEBAS4+u0EK1asQG5urvC8ubkZ0dHRSEtLQ1BQUK+vPXCmQfg9zFBqNc2Ym4NvPBmR6lhQ1T0briprmxx7bT90mDobF28OaIGPyvnjXNJOEn6fPDLCBZHJi9FohF6vR2pqKjQajdThyFL3c2TuGUwSqfpC6gicNqRun0PpLkZNETkSIiIiIiJl48JxJEeiL8scEhKC2267DWfPnkVqaira2trQ2Nho0Yuxvr5emLNRq9Xi2LFjFseor68X9tni5+cHPz+/Hts1Go3dxiOV+sZpsNUgp1F32eFoY5S658H60+DXVz6q/r1f1/PiyQ1wjnxGvJ35HPE8ERERERGRPS+99BJWrFiBp556Clu2bAEAXLt2DU8//TR27NiB1tZWpKen480337QYwVhTU4OsrCzs378fgwYNQmZmJvLy8iwWjiUieRK9lF65cgXnzp3DvHnzkJiYCI1Gg5KSEmRkZAAAqqqqUFNTA51OBwDQ6XR48cUX0dDQgIiIzl5zer0eQUFBiI+PFztcIiJF4F1LInnpvoDRkLpGaQIhIiKS2PHjx/H2229j7NixFtuXLVuGzz//HJ988gmCg4ORk5ODWbNm4dChQwCA9vZ2TJ8+HVqtFocPH8aFCxcwf/58aDQabNiwQYqsEFEf+Lj6gM888wwOHjyI77//HocPH8YjjzwCtVqNOXPmIDg4GAsXLkRubi7279+P8vJyLFiwADqdDsnJyQCAtLQ0xMfHY968efjHP/6BL7/8EitXrkR2drbVHopEREREREREJL0rV65g7ty5ePfdd3HTTTcJ25uamvDee+/hlVdewZQpU5CYmIiCggIcPnwYR44cAdC5fsLp06fx4YcfIiEhAdOmTcP69euRn5+PtrY2qbJERA5yeQ/GH374AXPmzMGlS5cQHh6Oe++9F0eOHEF4eDgAYPPmzfDx8UFGRoZFt2gztVqN3bt3IysrCzqdDgMHDkRmZibWrVvn6lBdjr0XiIiIiIiIyFtlZ2dj+vTpSElJwQsvvCBsLy8vh9FoREpKirBt5MiRGDZsGMrKypCcnIyysjKMGTPGYsh0eno6srKycOrUKYwbN67H+7W2tqK1tVV4bp4z3mg0wmg09kjflan9eo9tHSbL58Z2U480v7yBzeOa39fe+/dJtzi6x+lK5mOL+R7O6v43s3aORTn/biTH+B2NxeUNjDt27Oh1v7+/P/Lz85Gfn28zTUxMDPbs6c9KzSKzsdACGxSJiIiIiIjIG+3YsQNff/01jh8/3mOfwWCAr6+vxVoMABAZGQmDwSCk6dq4aN5v3mdNXl4e1q5d22N7UVERAgMD+5yHFli+5ny1jYaVavvtFXp9z0VfXafveeur2p/Ff48++/Yri6d7vrWdVNzzLz45xd/S0uJQOs6USkREREREREROO3/+PJ566ino9Xr4+/u77X1XrFiB3Nxc4XlzczOio6ORlpaGoKCgXl974ExDj21hhlKL52NuDrb+4hGpNo9rNBqh1+uRmprqukUyqy0bmyprm1xzXCs6TJ2NizcHtLh1kVpHXNJOsng+eWREjzSinH83kmP85p7B9rCBkYhEw9XjiIiIiIg8X3l5ORoaGnDnnXcK29rb21FaWoo33ngDX375Jdra2tDY2GjRi7G+vh5arRYAoNVqcezYMYvj1tfXC/us8fPzs7pWg0ajsds4o1L3/G7RvUFNo7bRwuZAw48jMTisWxzuaPjzUbnnffqi+9+st/Pr0vMvATnF72gcLl/khYgI6H31uM8++wyffPIJDh48iLq6OsyaNUvYb149rq2tDYcPH8YHH3yAbdu2YdWqVe7OAhEREREROWDq1KmorKxERUWF8Bg/fjzmzp0r/K7RaFBSUiK8pqqqCjU1NdDpdAAAnU6HyspKNDTc6Fmo1+sRFBSE+Ph4t+eJiPqG3YGIyOW6rh7XdXJn8+pxhYWFmDJlCgCgoKAAo0aNwpEjR5CcnCysHldcXIzIyEgkJCRg/fr1WL58OdasWQNfX98e7yfJ5M5STLrbJQ4xJl2Ww4TO5r+HvrLWblprQyKkJMcJmV3JU/NFRERE/Td48GDcfvvtFtsGDhyIsLAwYfvChQuRm5uL0NBQBAUFYcmSJdDpdEhOTgYApKWlIT4+HvPmzcPGjRthMBiwcuVKZGdnW+2lSETywgZGInI5d68eJ8nkzg5M7Cwu8SZdlnRC524TN/emt0mdpSSnCZldydHJnYmIiIis2bx5M3x8fJCRkWExVZKZWq3G7t27kZWVBZ1Oh4EDByIzMxPr1q2TMGoichQbGInIpaRYPU6SyZ17mdhZNF0mdxZjYmc5T+jclXlyZzn2YJTbhMyu5OjkzkREREQAcODAAYvn/v7+yM/PR35+vs3XxMTEYM8eqW/kE5Ez2MBIRC4j1epxkkzuLEUDUpc4xGwAlOOEzl2Z/2ZybcST04TMruSJeXJK1RdWNw+pa3RvHERERORxik/XW93O6wxSAjYwEpHLSLV6nOLZaLAgUpo1a9b0mK4gLi4OZ86cAcBV5OVgSN2+nhvVIT23xU0TPRYiIiIi8hy8WndQxflGqUMgkj3z6nFdLViwACNHjsTy5csRHR0trB6XkZEBwPrqcS+++CIaGhoQEdE5BJarxxEpx+jRo1FcXCw879owuGzZMnz++ef45JNPEBwcjJycHMyaNQuHDh0CcGMVea1Wi8OHD+PChQuYP38+NBoNNmzY4Pa8EBERERGRY9jASEQuw9XjiGjAgAFWexuLtYo8EckHezETETmhy2gmDoUmJeN/aiJyK64eR+TZqqurERUVBX9/f+h0OuTl5WHYsGGirSIPAK2trWhtbRWemxekMRqNMBqtrALfhan9uvB7h8l6GmO7jR1d2Hqts8zHc/VxrbGaPzvnTY7Mf2t7f3Oy5Oh5c/S8shczERGRd2IDI9lkMU+TtfmZAM7RRHZx9bi+45QMpFRJSUnYtm0b4uLicOHCBaxduxYTJ07EyZMnRVtFHgDy8vJ69JoCgKKiIgQGBjocfwuspz1f7UjDiuPv0xe1P4tz3K6s5q9auXWwXq+XOgRFsnfeWlpaHDoOezETERF5JzYwEhERkUtMm3bjptPYsWORlJSEmJgYfPzxxwgICBDtfVesWIHc3FzheXNzM6Kjo5GWloagoKBeX3vgTIPwe5ih1GqaMTcH242hsrbJwWgd02HqbFy8OaBF9FXdreZvRKq4byoCo9EIvV6P1NRUrnreB46eN3PPYHvk2IvZVi9Np3owe1APWfb6tY7npSeeCyJyBBsYiYiISBQhISG47bbbcPbsWaSmpoq2iryfn5/VOVo1Go3dhiaV+salkK2GvFN19hsPxWoE9FGJd2wza/m7iMsWz1PiI3ukkStH/u7Uk73z5sg5lXsv5t56aTrcg1nBvXttYa9f63hebnC0BzORuxWfru+xzXzz6MCZBqjUAxR1DaN0bGAkh9gasnmx/UaBZsElIqKurly5gnPnzmHevHlITEzkKvJEHk6uvZht9dJ0qgezAnv32sJev9bxvPTkaA9mIrFZTONmQ4fJ9k0jEhcbGImIiMglnnnmGcyYMQMxMTGoq6vD6tWroVarMWfOHAQHB3MVeSIvI7dezN2fO9KDWaPutsMDG5zY69c6npcbeB6IyBE+UgdAREREnuGHH37AnDlzEBcXh9/85jcICwvDkSNHEB4eDqBzFfmHHnoIGRkZmDRpErRaLT799FPh9eZV5NVqNXQ6HR5//HHMnz+fq8gTKZS5F/PQoUMtejGbWevFXFlZiYaGGz0L2YuZiIhIGdiDkYhITFVfSB0Bkdvs2LGj1/1cRZ7Is7EXs/eyNg9ad5xOiYjIs7GBkYiIiIiI+s3ci/nSpUsIDw/Hvffe26MXs4+PDzIyMtDa2or09HS8+eabwuvNvZizsrKg0+kwcOBAZGZmshezXHW5iTqkrtFqkotRU9wUDBERSY0NjERERERE1G/sxUxEROS9OAcjEREREREREREROY09GImISJE43xMRERERKYWta1dbUwwQKQ0bGMllHPmyD/ALPxERERGR23VfeK7d1PmzWg+oVTe2x00T5e15Y5C8TreyxYZE8nRsYKR+GVK3z6F0nOCZiFyF9Q4REUmmeyOdNSI10LlNtzxWnG90+lD8n01E5D1c3sCYl5eHTz/9FGfOnEFAQADuuecevPzyy4iLixPSTJ48GQcPHrR43W9/+1ts3bpVeF5TU4OsrCzs378fgwYNQmZmJvLy8jBgANtEiUi5+nORTkRERF7GkQZNwKlGzcraJgCBqKxtgo/KbnIiIqJeuby17uDBg8jOzsZdd92F69ev47nnnkNaWhpOnz6NgQMHCukWLVqEdevWCc8DAwOF39vb2zF9+nRotVocPnwYFy5cwPz586HRaLBhwwZXh0xEREREROQaIjYK9vs9PQCHWhMRyZPLGxj37t1r8Xzbtm2IiIhAeXk5Jk2aJGwPDAyEVqu1eoyioiKcPn0axcXFiIyMREJCAtavX4/ly5djzZo18PX1dXXYRET9Zu2Cl3OtEBERERERuVeYobSzd7Y6xHoCpU9nIUOijzduamoCAISGhlps3759Oz788ENotVrMmDEDzz//vNCLsaysDGPGjEFk5I07T+np6cjKysKpU6cwbty4Hu/T2tqK1tZW4XlzczMAwGg0wmg09hqjqf268HuHqY8ZlCFzHuSUl67n2N7fw13MccglHjnqfo54rrqw0lOAjYlERERE5I0cmSrt2rVrePrpp7Fjxw60trYiPT0db775psX3fqVOlda1o4H5uy+nHyBvI2op7ejowNKlSzFhwgTcfvvtwvbHHnsMMTExiIqKwokTJ7B8+XJUVVXh008/BQAYDAaLSgaA8NxgMFh9r7y8PKxdu7bH9qKiIovh1/a0wPG0clf7s4zy8u1Xwq97vpUwDiv0er3UIcie+Ry1tLRIHAkRERGRd3NkPueE6BDR4yDqypGp0pYtW4bPP/8cn3zyCYKDg5GTk4NZs2bh0KFDADhVGpHSidrAmJ2djZMnT+Jvf/ubxfbFixcLv48ZMwZDhw7F1KlTce7cOQwfPtyp91qxYgVyc3OF583NzYiOjkZaWhqCgoJ6fe2BMw3C72GGUqfeX046TJ2NizcHtMjmjskl7Y3h8ZNHRkgYyQ1GoxF6vR6pqanQaDRShyNL3c+RuWcwERERkTdwdHE2Nui5Rm/zK5pXpB5i5xhckVoa9qZKa2pqwnvvvYfCwkJMmdL5NyooKMCoUaNw5MgRJCcnc6o0EoWtevxiu2V9w7lb+0+0BsacnBzs3r0bpaWluOWWW3pNm5SUBAA4e/Yshg8fDq1Wi2PHjlmkqa/v/OPbmrfRz88Pfn5+PbZrNBq7jUcq9Y3TIJcGOVfwUcknP13Psdwa8xz5jHg78zmyd568fWgEERERkcNEXJjF0YZRIrF0nyqtvLwcRqMRKSkpQpqRI0di2LBhKCsrQ3JysqRTpZl1n2bM2G5j3rFux+56LFNHu9VjKYUcp1zrC0fj7/73l8t0YHKcnszRWFz+bd1kMmHJkiXYuXMnDhw4gNjYWLuvqaioAAAMHToUAKDT6fDiiy+ioaEBERGdvd30ej2CgoIQHx/v6pDJDcx3HAFwklUP5qlDI3iRTkRERCQei+8KpHjWpkozGAzw9fVFSEiIRdrIyEhhGjQpp0oz6z5l2vlqGw0r1XvsHktWU5Y5wePj7zKNG8Cp3Hrj6FRpLm9gzM7ORmFhIf785z9j8ODBQkUQHByMgIAAnDt3DoWFhXjwwQcRFhaGEydOYNmyZZg0aRLGjh0LAEhLS0N8fDzmzZuHjRs3wmAwYOXKlcjOzrbaS5GUxZEuyuyerEwcGkFERERkHedOdI8hdftsd2gwY8cGUdmaKk0Mrpoqzaz7lGljbg52KI7K2ibhdzlOWdYX3hJ/12ncAE7l1htHp0pzeQPjW2+9BQCYPHmyxfaCggI88cQT8PX1RXFxMbZs2YKrV68iOjoaGRkZWLlypZBWrVZj9+7dyMrKgk6nw8CBA5GZmYl169a5OlwiEpGnDI3wFkofDtGdqf26W4cWyHE4gyt5ar6IiFyBox3kxd7fw9yxgZ0aXM/WVGlarRZtbW1obGy06MVYX18vTIMm5VRpZt0bpE7VNfVIY421hiw5TVnmDE+Pv/vfXy6NeWZymsrN0ThEGSLdm+joaBw8eNDucWJiYrBnj/1ux0QkT540NMLbKH04hODbryQZ6iCn4QyuxFXkiYiIyBZ7U6UlJiZCo9GgpKQEGRkZAICqqirU1NRAp9MB4FRpRErHFROISBSeNDTCWyh9OER3l7ST3DrUQY7DGVyJq8h7lx7zoVkbbsghhkRE9At7U6UFBwdj4cKFyM3NRWhoKIKCgrBkyRLodDokJycD4FRpRErHBkYicjlPGxrhbZQ+HMJMpR4gSUOfnIYzuJIn5omISG441JqUyt5UaQCwefNm+Pj4ICMjA62trUhPT8ebb74ppOVUaUTKxgZGInIZDo0gIvJM1ho9ui7OBnAuMyIib2ZvqjQA8Pf3R35+PvLz822m4VRpRMrFBkYichkOjSA54SqSRERERERE7sEGRpKl4tP19hM5gL0p3ItDI4iIiIiIiIi8DxsYSTZ6TCjfTxejprj0eGQfh0YQERERkVJY69Rgar8OoHMhQJV6ADssEBE5iA2MRETksexNln+xvZ5fHIiIiLxMbx0bOkxACwIRZijF5ZvZYYGIyFE+UgdAREREREREREREysUejOTRepvL0Tz8gYiIiIiIiIi8R/eezBV1PdN0n3aNI596xwZG8lj25nQ0D38gIiIiIiIiIiLncYg0EREREREREREROY09GImIiIiIiIi6GVK3D1CH2E8YN030WIiI5I49GImIiIiIiIiIiMhp7MFIVK0H1Kre0/CuJBERERGR16k432g3TUKc+HEQEckdGxjJ61XWNsHHTvsiLxqIPBOHPhEREREREfUfGxiJiMirOdIz4WJ7PVLiI8UPhoiIiIiISIHYwEhEREREfTakbp/F84o66+kuRk0RfmdDPRERESlF92sdmyOfONoJABd5ISIiIiIiIiIion5gAyMRERERERERERE5jUOkiRxQUfx/7aa5GDWFQ7+IiIiIiLxN1Rf203AIJZHi2Zq7/WJ7vfC7N7cJsAcjEREREREREREROY09GIlcZEjdPtuTvnbFu5dEiuNQ+f5ViltiISIiInmx1aupq4Q48eMgIpISGxiJiIiIiIiIiIic0HW16Yo662kuRk2xeO6JQ6nZwEjkQrx7SeS57JXvf7c1uCcQIoXhRTcRERybpxHgaCciUiw2MBIREblAmKEULQgEqvWAWmU7Ib84EBEReR2HOiJEh4geBxGRWGS9yEt+fj5uvfVW+Pv7IykpCceOHZM6JKL+q/rC/oMAsA4gZaqsbULF+UabD3IMyz+Rd2MdQF6L3xVY/skjDanbZ/HwxPIt2x6MH330EXJzc7F161YkJSVhy5YtSE9PR1VVFSIiIqQOj8hpDt29BIdQsA4gT1VR/H/tpklImeOGSOSL5d/7dB1GDTg2lJrDqD0X6wDyVg73cvTg4dYs/+QtbJV387RLB840IHXMzW6MqP9k28D4yiuvYNGiRViwYAEAYOvWrfj888/x/vvv4w9/+EOP9K2trWhtbRWeNzU1AQAuX74Mo9HY63tdafpR+N33SosrwpdUhwlouQY0d7TAp5dRet5OzufpUpPGwYSXRI3DaDSipaUFly5dgkajwU8//QQAMJlMor4v0Lc6wFXl38wT6gFnyLlMKIErz1/prvccSjd64sz+vVEfyLX8A555DcDyaF3Xv9elS5aXsd3/Zznqr//8t0PpJt4W7vAxlcTR86bkOsBWHuVa/t2F9Yx1cj8vpd849lkdHRXssu8KSi7/vRHre4DcP0P2MH5paX7ai5ZrgQg+uxeXfg62nmj4/W6NyeE6wCRDra2tJrVabdq5c6fF9vnz55v+4z/+w+prVq9ebQLABx98uOFx/vx5WdUBLP988OG+h9zKP+sAPvhw74N1AB98eO+D5Z8PPrz7Ya8OkGUPxosXL6K9vR2RkZZDXyIjI3HmzBmrr1mxYgVyc3OF5x0dHbh8+TLCwsKgUimw2bofmpubER0djfPnzyMoKEjqcGSL58m+7ufIZDLhp59+QlRUlKjv29c6gOXfNVgm+sfTz59cyz/gmXWAp3+exMBz5hxHz5uS6wB+NqzjebGO56UnJZd/KSj9M8T4pSXH+B2tA2TZwOgMPz8/+Pn5WWwLCQmRJhiZCAoKks0HUs54nuzreo6Cg4MljqYnln/XYpnoH08+f3Is/4Bn1wGe/HkSC8+Zcxw5b0qvA/jZsI7nxTqeF0tKL/9SUPpniPFLS27xO1IHyHIV6SFDhkCtVqO+vt5ie319PbRarURREZG7sA4g8l4s/0TejXUAkfdi+SdSNlk2MPr6+iIxMRElJSXCto6ODpSUlECn00kYGRG5A+sAIu/F8k/k3VgHEHkvln8iZZPtEOnc3FxkZmZi/PjxuPvuu7FlyxZcvXpVWE2KbPPz88Pq1at7dBUnSzxP9kl5jlgHuB/LRP/w/LkOyz8/T87gOXOOHM+bq+sAOeZRDnherON5kZYnXAMo/TPE+KWl5PhVJpMb1pp30htvvIE//vGPMBgMSEhIwGuvvYakpCSpwyIiN2EdQOS9WP6JvBvrACLvxfJPpEyybmAkIiIiIiIiIiIieZPlHIxERERERERERESkDGxgJCIiIiIiIiIiIqexgZGIiIiIiIiIiIicxgZGIiIiIiIiIiIichobGD1Mfn4+br31Vvj7+yMpKQnHjh2TOiRZycvLw1133YXBgwcjIiICM2fORFVVldRhydpLL70ElUqFpUuXSh0KiYh1h3NYp5AYWB77huWw/7zlf/3333+PhQsXIjY2FgEBARg+fDhWr16NtrY2qUNzO9YzlliPkFhefPFF3HPPPQgMDERISIjU4ThEqfVDaWkpZsyYgaioKKhUKuzatUvqkPrEE+ohNjB6kI8++gi5ublYvXo1vv76a9xxxx1IT09HQ0OD1KHJxsGDB5GdnY0jR45Ar9fDaDQiLS0NV69elTo0WTp+/DjefvttjB07VupQSESsO5zHOoVcjeWx71gO+8eb/tefOXMGHR0dePvtt3Hq1Cls3rwZW7duxXPPPSd1aG7FeqYn1iMklra2Njz66KPIysqSOhSHKLl+uHr1Ku644w7k5+dLHYpTPKIeMpHHuPvuu03Z2dnC8/b2dlNUVJQpLy9PwqjkraGhwQTAdPDgQalDkZ2ffvrJNGLECJNerzfdd999pqeeekrqkEgkrDtch3UK9RfLY/+xHDqO/+tNpo0bN5piY2OlDsOtWM/Yx3qEXK2goMAUHBwsdRh2eUr9AMC0c+dOqcPoFyXWQ+zB6CHa2tpQXl6OlJQUYZuPjw9SUlJQVlYmYWTy1tTUBAAIDQ2VOBL5yc7OxvTp0y0+U+R5WHe4FusU6g+WR9dgOXQc/9d3fl686bPCesYxrEfIG7F+kBcl1kMDpA6AXOPixYtob29HZGSkxfbIyEicOXNGoqjkraOjA0uXLsWECRNw++23Sx2OrOzYsQNff/01jh8/LnUoJDLWHa7DOoX6i+Wx/1gOHcf/9cDZs2fx+uuvY9OmTVKH4jasZ+xjPULeivWDfCi1HmIPRvJa2dnZOHnyJHbs2CF1KLJy/vx5PPXUU9i+fTv8/f2lDodIMVinEEmP5dAxnva//g9/+ANUKlWvj+5fjmtra/HAAw/g0UcfxaJFiySKnOSI9QjZ40ydQ9QXSq2H2IPRQwwZMgRqtRr19fUW2+vr66HVaiWKSr5ycnKwe/dulJaW4pZbbpE6HFkpLy9HQ0MD7rzzTmFbe3s7SktL8cYbb6C1tRVqtVrCCMmVWHe4BusUcgWWx/5hOXScp/2vf/rpp/HEE0/0muZXv/qV8HtdXR3uv/9+3HPPPXjnnXdEjk5eWM/0jvUIOaKvdY5SsH6QByXXQ2xg9BC+vr5ITExESUkJZs6cCaCzW21JSQlycnKkDU5GTCYTlixZgp07d+LAgQOIjY2VOiTZmTp1KiorKy22LViwACNHjsTy5csV9YWD7GPd0T+sU8iVWB6dw3LYd572vz48PBzh4eEOpa2trcX999+PxMREFBQUwMfHuwZ0sZ6xjvUI9UVf6hwlYf0gLU+oh9jA6EFyc3ORmZmJ8ePH4+6778aWLVtw9epVLFiwQOrQZCM7OxuFhYX485//jMGDB8NgMAAAgoODERAQIHF08jB48OAe8zwMHDgQYWFhipr/gRzHusN5rFPI1Vge+47lsO+89X99bW0tJk+ejJiYGGzatAn//ve/hX3e1DuH9UxPrEdILDU1Nbh8+TJqamrQ3t6OiooKAMCvf/1rDBo0SNrgrFBy/XDlyhWcPXtWeP7dd9+hoqICoaGhGDZsmISROcYj6iFJ17Aml3v99ddNw4YNM/n6+pruvvtu05EjR6QOSVYAWH0UFBRIHZqs3XfffaannnpK6jBIRKw7nMM6hcTA8tg3LIeu4Q3/6wsKCmx+XrwN6xlLrEdILJmZmVY/W/v375c6NJuUWj/s37/f6rnOzMyUOjSHeEI9pDKZTCYxGi6JiIiIiIiIiIjI83nsEOmOjg7U1dVh8ODBUKlUUodD5BFMJhN++uknREVFyXrOIpZ/ItdTSvkHWAcQiYF1AJH3Yvkn8m6O1gEe28BYV1eH6OhoqcMg8kjnz5+X9YpWLP9E4pF7+QdYBxCJiXUAkfdi+SfybvbqAI9tYBw8eDCAzhMQFBTk8OuMRiOKioqQlpYGjUYjVniy4635Bpj3vuS9ubkZ0dHRQvmSK0fKvxL/7ozZPZQYMyB+3Eop/0DvdYBS/75i4fmwxPNhqev5+Pnnnz2iDugLb/08MN/Md3eecg3gabz1M9sVz0EnuXwP8NgGRnN36KCgoD43MAYGBiIoKMirPqDemm+AeXcm73IfbuBI+Vfi350xu4cSYwbcF7fcyz/Qex2g1L+vWHg+LPF8WLJ2PpReB/SFt34emG/m2xZvKv9K4K2f2a54DjrJ5XuAvCdQICIiIiIiIiIiIlljAyMRERERERERERE5zWOHSJMdVV9YPm83df6s1gPqPnZ9j5vmmpiIyDpzebVXTlkWiUgixafr7aZJiY90QyREJEesI4hE1v37vS38vkAiYgMjEREREVniFxUiIiIi6oM+NzCWlpbij3/8I8rLy3HhwgXs3LkTM2fOFPabTCasXr0a7777LhobGzFhwgS89dZbGDFihJDm8uXLWLJkCT777DP4+PggIyMDr776KgYNGiSkOXHiBLKzs3H8+HGEh4djyZIlePbZZ/uXWyIiIiLqk4rzjbZ3nv+/AIAhvbz+YtQUl8ZDRERETnLkBiJvHpKT+tzAePXqVdxxxx148sknMWvWrB77N27ciNdeew0ffPABYmNj8fzzzyM9PR2nT5+Gv78/AGDu3Lm4cOEC9Ho9jEYjFixYgMWLF6OwsBBA5xLYaWlpSElJwdatW1FZWYknn3wSISEhWLx4cT+zTF2ZvzR0mAAgEJW1TfDp4wjpi+31HNJAREREREREROSl+tzAOG3aNEybZr1F22QyYcuWLVi5ciUefvhhAMCf/vQnREZGYteuXZg9eza++eYb7N27F8ePH8f48eMBAK+//joefPBBbNq0CVFRUdi+fTva2trw/vvvw9fXF6NHj0ZFRQVeeeUVNjASEREREREpwS+9pYbUNfaajD2diVyn15EHv0iIDhE9DvI+Lp2D8bvvvoPBYEBKSoqwLTg4GElJSSgrK8Ps2bNRVlaGkJAQoXERAFJSUuDj44OjR4/ikUceQVlZGSZNmgRfX18hTXp6Ol5++WX8+OOPuOmmm3q8d2trK1pbW4Xnzc3NAACj0Qij0ehwHsxp+/IaRfplsYiOX9aM6P6zL0zt1xV9vrzmb25FX/PujeeIiIiIiIiIiHrn0gZGg8EAAIiMtBwuGxkZKewzGAyIiIiwDGLAAISGhlqkiY2N7XEM8z5rDYx5eXlYu3Ztj+1FRUUIDAzsc170en2fX6NMluem9ue+nyt8+xX2fOuicCTkPX/znhzNe0tLi8iREBEREREREZHSeMwq0itWrEBubq7wvLm5GdHR0UhLS0NQUJDDxzEajdDr9UhNTYVGoxEjVHmo7mxQqqxtAtDZc7H250DcHNDS5zkYL2knYfLICPsJZcpr/uZW9DXv5p7BJC1bc6VebK8HAM6JSkRERERERG7l0gZGrVYLAKivr8fQoUOF7fX19UhISBDSNDQ0WLzu+vXruHz5svB6rVaL+vp6izTm5+Y03fn5+cHPz6/Hdo1G41SjkbOvUwx1Z+tE90YKH1XPbfao1AM84lx5/N+8F47m3VvPDxER9V/x6Xq7aXiDhIiIiEiZfFx5sNjYWGi1WpSUlAjbmpubcfToUeh0OgCATqdDY2MjysvLhTT79u1DR0cHkpKShDSlpaUW873p9XrExcVZHR5NRERERERERERE0uhzD8YrV67g7NmzwvPvvvsOFRUVCA0NxbBhw7B06VK88MILGDFiBGJjY/H8888jKioKM2fOBACMGjUKDzzwABYtWoStW7fCaDQiJycHs2fPRlRUFADgsccew9q1a7Fw4UIsX74cJ0+exKuvvorNmze7JtdE5JRDhw4BAOLi4mAwGLBz506hbAOdK8mvXr0a7777LhobGzFhwgS89dZbGDFihJDm8uXLWLJkCT777DP4+PggIyMDr776KgYNGiSkOXHiBLKzs3H8+HGEh4djyZIlePbZZ92WT6UaUrev8xd1iO1EcdPcEgsRkZlQN9nBVWSJiIjco7eVpjntEjmrzw2MX331Fe6//37huXnew8zMTGzbtg3PPvssrl69isWLF6OxsRH33nsv9u7dC39/f+E127dvR05ODqZOnSo0MLz22mvC/uDgYBQVFSE7OxuJiYkYMmQIVq1ahcWLF/cnr0TUT+ZFXjZt2oTHH3+8x/6NGzfitddewwcffCDcYEhPT8fp06eFOmDu3Lm4cOEC9Ho9jEYjFixYgMWLF6OwsBBAZ6/ntLQ0pKSkYOvWraisrMSTTz6JkJAQ1gFE5HJdh+3aaghLiA6x3MCGeiIiQW/THwypa3RfIEREJKk+NzBOnjwZJpPJ5n6VSoV169Zh3bp1NtOEhoYKjQm2jB07Fn/961/7Gh4RiSg1NRUAMGPGjB77TCYTtmzZgpUrV+Lhhx8GAPzpT39CZGQkdu3ahdmzZ+Obb77B3r17cfz4cYwfPx4A8Prrr+PBBx/Epk2bEBUVhe3bt6OtrQ3vv/8+fH19MXr0aFRUVOCVV16x2cDY2tqK1tZW4bl5MRqj0Wgx1UJX5u229stKe2eda/zlZ4ftKtginfWd7s2vos7zL5QYMyB+3I4et7a2FsuXL8cXX3yBlpYW/PrXv0ZBQYFQ5l3V05mIiIiIiOTDY1aRJiJpfffddzAYDEhJSRG2BQcHIykpCWVlZZg9ezbKysoQEhIiNDQAQEpKCnx8fHD06FE88sgjKCsrw6RJk+Dr6yukSU9Px8svv4wff/zR6jyseXl5WLt2bY/tRUVFCAwM7DVuvV7vTHYlVftz73k6X91LQ1D1HhdH4xglnmclxgyIF7e5B3NvfvzxR0yYMAH3338/vvjiC4SHh6O6utqi3LqipzMRydOtt96Kf/3rXz22/+53v0N+fj4mT56MgwcPWuz77W9/i61btwrPa2pqkJWVhf3792PQoEHIzMxEXl4eBgzg1xZPx4WgSFJVXziWjqMYiGzif2oicgmDwQAAiIy0vPCLjIwU9hkMBkRERFjsHzBgAEJDQy3SxMbG9jiGeZ+1BsYVK1YI0zUAnT0Yo6OjkZaWhqCgIKvxGo1G6PV6pKamyn917OrOBiNjuwn6b6/j5oCWPq/2bnZJOwkAMHlkhJ2UrqGo8/wLJcYMiB+3uWdwb15++WVER0ejoKBA2Na1PLuqpzMRydPx48fR3t4uPD958iRSU1Px6KOPCtsWLVpkMdKp643A9vZ2TJ8+HVqtFocPH8aFCxcwf/58aDQabNiwwT2ZICKnKPEGg+U0KY1W0/SYJkUKtho/zaOWqvWA2skvB0QuxAZGIlI8Pz8/+Pn59diu0WjsNrQ4kkZy3S4YfFRwuoFRpe6s9t2dZ0Wc526UGDMgXtyOHPMvf/kL0tPT8eijj+LgwYO4+eab8bvf/Q6LFi0C4Lqezt31ZZqE7kPJTe3XhX22ph/oMe2AwobP98bm0PouebY3LYOrmNqvSz41gVKnSBBL1/PhyDkJDw+3eP7SSy9h+PDhuO+++4RtgYGB0Gq1Vl9fVFSE06dPo7i4GJGRkUhISMD69euxfPlyrFmzxmJ0A8nAL40enGeRAN5gICI2MBKRi5i/LNTX12Po0KHC9vr6eiQkJAhpGhoaLF53/fp1XL58WXi9VqtFfb3lEBnzc1tfSIhIHr799lu89dZbyM3NxXPPPYfjx4/jv/7rv+Dr64vMzEyX9XTuzplpEqwNJW+B9bQ9ph2QaKoBMfU+tL73aRlc5tuvsOdb97yVPUqdIkEser3eoWkSumpra8OHH36I3NxcqFQ37opt374dH374IbRaLWbMmIHnn39eKKdlZWUYM2aMRR2Rnp6OrKwsnDp1CuPGjbP6Xs7MxewIb21wdjjfDs4N7YiuN3t6I+bfgn9v2/mW8w2G/pR/xdxktDG/urHbPO1m/S2T5vOihLLgreW2O7nMxc4GRiJyidjYWGi1WpSUlAgNis3NzTh69CiysrIAADqdDo2NjSgvL0diYiIAYN++fejo6EBSUpKQ5r//+79hNBqFHlN6vR5xcXFWh0cTkXx0dHRg/PjxQk+DcePG4eTJk9i6dSsyMzNFe9++TJPQfSj5gTM3bnqEGUqtHn/MzcGWG0akui54idkcWl99o4GtsrbJLbFc0k5y2/QNtih1igSxdD0fP//8c59eu2vXLjQ2NuKJJ54Qtj322GOIiYlBVFQUTpw4geXLl6OqqgqffvopgM4bDNZuQJj32dKfuZgd4a0Nzo7n2wU3Ib79yqFk7rgJwb93T3K+weCq8q/km4z6b7s30PezTP5SHuVy088R3lpuu5NyLnaADYxE1AdXrlwBAJw4cQJA53DHiooKhIaGYtiwYVi6dCleeOEFjBgxQli8ISoqCjNnzgQAjBo1Cg888AAWLVqErVu3wmg0IicnB7NnzxbmVXvsscewdu1aLFy4EMuXL8fJkyfx6quvYvPmzZLkmYgcN3ToUMTHx1tsGzVqFP7nf/4HgOt6OnfnzDQJ5n3maQMA21MPaLrPa+SBDU89zlWXPDs7JUNfqdQDZNOop9QpEsSi0Whw/bpjPczM3nvvPUybNs1i3tTFixcLv48ZMwZDhw7F1KlTce7cOQwfPtzp+JyZi9kR3trg7HC+f7kR4Sk3Ifj3tp1vR+Zh7sqdNxj6U/4Vc5Ox2nqjkXl+9tRfDbC4VulvmXT3nO394a3ltjs5zMUOsIGRiPrg73//OwBg4sSJACD8M8/MzMS2bdvw7LPP4urVq1i8eDEaGxtx7733Yu/evcLKsEDnncucnBxMnToVPj4+yMjIwGuvvSbsDw4ORlFREbKzs5GYmIghQ4Zg1apVFl9KiEieJkyYgKqqKott//znPxETEwPAdT2diUje/vWvf6G4uFhoOLDFXKbPnj2L4cOHQ6vV4tixYxZpHJkmpT9zMTvCWxuc7eb7lwYNT7sJwb+39X194c4bDP0p/4q5yWhnAReNWmURZ3/LpFRztveHt5bb7qScix1gAyMR9YG5YbGpqcnqHUGVSoV169ZZTN7cXWhoKAoLC3t9n7Fjx+Kvf/1r/4IlIrdbtmwZ7rnnHmzYsAG/+c1vcOzYMbzzzjt45513AHTWEa7o6UxE8lZQUICIiAhMnz6913QVFRUAIPRo1ul0ePHFF9HQ0CDMxarX6xEUFNSjdzQRyZO7bzAQkXywgZGIiIhc4q677sLOnTuxYsUKrFu3DrGxsdiyZQvmzp0rpHFFT2fqh19WfRWYJ4av1tvtIUHkiI6ODhQUFCAzMxMDBtz4qnHu3DkUFhbiwQcfRFhYGE6cOIFly5Zh0qRJGDt2LAAgLS0N8fHxmDdvHjZu3AiDwYCVK1ciOzvbag8lIpIf3mAg8l5sYCQiklL3L/tECvfQQw/hoYcesrnfVT2diUieiouLUVNTgyeffNJiu6+vL4qLi7FlyxZcvXoV0dHRyMjIwMqVK4U0arUau3fvRlZWFnQ6HQYOHIjMzMxe6wsikg/eYCDybmxgJCIiIiIil0hLS4PJZOqxPTo6GgcPHrT7+piYGOzZI79VWonIPt5gIPJubGAkIiIiIiIion7hDQbxVZxvFH7vMAFAICprm9y22BJRb9jASC5RfLrebpqU+Eg3REJERESOqDjfyC8nREREROQSbGCkfhtSt89umotRU9wQCRERERERERERuRsbGD0NF4wgIiIiIrKr6wgcazfMzT18hVXW46a5LzgiIiKFYQMjEZFMdJ1TxRrhiw4RERERERGRjPhIHQAREREREREREREpF3swejB7vaGIiIiIiIiIiIj6iw2MRERERERERETuxPUTyMOwgZGIyIsIk9irQ3pPyInsiYiIiIiIyEFsYCQiIiIiIiIiInZIIKexgZGIiIiIZKH4dL3dNCnxkW6IhIiIiIj6gg2MREReyN4iUAlx7omDiIiIiIjkx973hYvt9bzpRxZ8pA6AiIiIiIiIiIiIlIs9GImIiIhIcsKcT724GDXFDZEQERERUV+xByMRERERERERERE5jQ2MRERERERERERE5DQOkSYiIiIiIqJO1XrhZ0Vdk7SxEHkRe4uqEMkdezASERERERERERGR09jASERERERERERERE5jAyMRERERERERERE5jQ2MREREJIqXXnoJKpUKS5cuFbZdu3YN2dnZCAsLw6BBg5CRkYH6+nqL19XU1GD69OkIDAxEREQEfv/73+P69etujl6Bqr6w/yAS0Zo1a6BSqSweI0eOFPaz/BMREXkuNjASERGRyx0/fhxvv/02xo4da7F92bJl+Oyzz/DJJ5/g4MGDqKurw6xZs4T97e3tmD59Otra2nD48GF88MEH2LZtG1atWuXuLBCRE0aPHo0LFy4Ij7/97W/CPpZ/Is/FGwxExFWkiYiIyKWuXLmCuXPn4t1338ULL7wgbG9qasJ7772HwsJCTJkyBQBQUFCAUaNG4ciRI0hOTkZRURFOnz6N4uJiREZGIiEhAevXr8fy5cuxZs0a+Pr6SpWtvnG0t2DcNHHjIHKzAQMGQKvV9tjuVeWfyEuNHj0axcXFwvMBA240Nyxbtgyff/45PvnkEwQHByMnJwezZs3CoUOHANy4waDVanH48GFcuHAB8+fPh0ajwYYNG9yeFyLqOzYwEhGJgUMRyYtlZ2dj+vTpSElJsWhgLC8vh9FoREpKirBt5MiRGDZsGMrKypCcnIyysjKMGTMGkZGRQpr09HRkZWXh1KlTGDduXI/3a21tRWtrq/C8ubkZAGA0GmE0Gi3Smp+bf5rab/SM6DBZz4+xvduObse0qvtrbHHkWI7q8p6VtU0OvcScZ1t5lxtT+/Uef1NX6v758HZdz4ej56S6uhpRUVHw9/eHTqdDXl4ehg0bJlr5B/pWB3Rlr/ybtwl1gJd8Lsz5NbabZFU3sPyLw5F8O3pOpLjB4Gz5B0S8BqjW209jRV/Lm9T/w8Uuk47w1nLbndjnweE6QJR3JyIiIq+0Y8cOfP311zh+/HiPfQaDAb6+vggJCbHYHhkZCYPBIKTp2rhg3m/eZ01eXh7Wrl3bY3tRURECAwOtvkav73nx3wLrac9Xd7uoqt5jNZ1TXHksC9bzYkvtz31LL5lvv8Keb8V/G2ufD2+m1+vR0tJiN11SUhK2bduGuLg4XLhwAWvXrsXEiRNx8uRJ0co/4Fwd0J2t8g8A+m9/aYQQrbzKU2e+ZVQ3sPyLqrd8O1L+AWluMLii/AMSXQP04Fx5k+x/uJvKpCO8tdx2J9Z5cLQOYAMjERERucT58+fx1FNPQa/Xw9/f323vu2LFCuTm5grPm5ubER0djbS0NAQFBVmkNRqN0Ov1SE1NhUajwYEzDcK+MEOp1eOPuTnYcsOIVPtBOdp7wZFjOarLe/alB2Ptz4G4OaAFPirXhSKWS9pJmDwyQrTjd/98eLuu5+Pnn3+2m37atBtD/seOHYukpCTExMTg448/RkBAgGhx9qUO6Mpe+TeXj9RfDYBGrXJteZUx45ki6L+9jtRfDcAZQ7PU4QhY/sXhSL7NvQJ7I9UNBmfLP2C/DgBEvgboxtH/3WZS/w8Xu0w6wlvLbXdinwdH6gCADYxERETkIuXl5WhoaMCdd94pbGtvb0dpaSneeOMNfPnll2hra0NjY6PFl4z6+nphSJVWq8WxY8csjmueBN7asCsA8PPzg5+fX4/tGo3G5kWWeZ9KfeNSyNbFuUbdbYcjF27dX2OLKy8Cu7xnX79o+Kj6/hopqNQD3PIForfPjjfSaDROLbQQEhKC2267DWfPnkVqaqoo5R9wrg4A4FD5BzrrAI1a5dryKme/1CUatUpW9QLLv7js/c+0R6obDM6Wf8CxOkDUa4BunC1vUv0Pd1eZdIS3ltvuxDoPjh6TDYxERETkElOnTkVlZaXFtgULFmDkyJFYvnw5oqOjodFoUFJSgoyMDABAVVUVampqoNPpAAA6nQ4vvvgiGhoaEBHReVdcr9cjKCgI8fHx7s0QEfXLlStXcO7cOcybNw+JiYks/9QvQ+r2AeoQ+wm5eJYsuOsGg1JUnG+UOgQi0bGBkYjIDXhRQd5g8ODBuP322y22DRw4EGFhYcL2hQsXIjc3F6GhoQgKCsKSJUug0+mQnJwMAEhLS0N8fDzmzZuHjRs3wmAwYOXKlcjOzrbaQ8ErcNEoUohnnnkGM2bMQExMDOrq6rB69Wqo1WrMmTMHwcHBLP9EXoQ3GIi8DxsYiYiIyG02b94MHx8fZGRkoLW1Fenp6XjzzTeF/Wq1Grt370ZWVhZ0Oh0GDhyIzMxMrFu3TsKoRcTGQ/IgP/zwA+bMmYNLly4hPDwc9957L44cOYLw8HAALP9Enow3GIiIDYxKwi8hRESkMAcOHLB47u/vj/z8fOTn59t8TUxMDPbs8a7VWok8wY4dO3rdz/JP5Ll4g4GIXN7AuGbNmh7LxMfFxeHMmTMAgGvXruHpp5/Gjh07LCqWritG1dTUICsrC/v378egQYOQmZmJvLw8DBjA9lAlKz5dbzdNSnyk3TREREREREQkH7zBQESitNiNHj0axcXFN96kS8PgsmXL8Pnnn+OTTz5BcHAwcnJyMGvWLBw6dAhA52qT06dPh1arxeHDh3HhwgXMnz8fGo0GGzZsECNcIiIiIiIikjlH5rROiBM/DiIi6kmUBsYBAwZYXempqakJ7733HgoLCzFlyhQAQEFBAUaNGoUjR44gOTkZRUVFOH36NIqLixEZGYmEhASsX78ey5cvx5o1a+Dr62v1PVtbW9Ha2io8b25uBgAYjUYYjUaHYzen7ctr3KbdJPxaWdvk0kN3mCx/upqp/bpD6aQ477L+m4usr3n3+HPkyDQEXJmQiIiIiIiIyIIoDYzV1dWIioqCv78/dDod8vLyMGzYMJSXl8NoNCIlJUVIO3LkSAwbNgxlZWVITk5GWVkZxowZYzFkOj09HVlZWTh16hTGjRtn9T3z8vJ6DM0GgKKiIgQGBvY5D3q9vs+vca++58kRtT+Lc1x8+5VDyfZ8K87bO0L+f3PxOJr3lpYWkSMhIiIiIiKSKa6LQGSTyxsYk5KSsG3bNsTFxeHChQtYu3YtJk6ciJMnT8JgMMDX1xchISEWr4mMjITBYAAAGAwGi8ZF837zPltWrFiB3Nxc4XlzczOio6ORlpaGoKAgh+M3Go3Q6/VITU2FRqNx+HVuUX2jEUiMHoy1Pwfi5oAW+Khceug+GTP5f7n9PWX9NxdZX/Nu7hlsC+dgJSKv4OSXC4eG9kWHOHVsIiIiIiIpufwb+7RpN4YPjh07FklJSYiJicHHH3+MgIAAV7+dwM/Pz+ry9RqNxqlGI2dfJyr1jZY/sRoBfVTiHdsRUp5zWf7N3cTRvDuSRmlzsB440wCVujPGIXWNVtPwCz8RERERERGRbaJ3CQoJCcFtt92Gs2fPIjU1FW1tbWhsbLToxVhfXy/M2ajVanHs2DGLY9TX1wv7iEjelDIHq3m7qaNd2GZrDlJjl/lP4eg8lO2WB3PF/KZiz5Xalavm21TiHKdKjBkQP26lnQ93c6R3ohLfS46KT9fbTZMSH2k3DRERERG5jugNjFeuXMG5c+cwb948JCYmQqPRoKSkBBkZGQCAqqoq1NTUQKfTAQB0Oh1efPFFNDQ0ICIiAkDn/HBBQUGIj48XO1wi6ielzcH68/d/F35vsTG36fnqLg0r1Xt6PZ5trpvfVLS5Urs4v8fZfFqnxDlOlRgzIF7cnIOV5GBI3T7HEsbPETcQIiIiIrLg8gbGZ555BjNmzEBMTAzq6uqwevVqqNVqzJkzB8HBwVi4cCFyc3MRGhqKoKAgLFmyBDqdDsnJyQCAtLQ0xMfHY968edi4cSMMBgNWrlyJ7Oxsq0OgiUg+lDQHq3n+yYBbx0HlowYAhBlKraYdc3PwjScjUm3GYaHaspHHFfOmunOuVFfNh6rEOU6VGDMgftz25mAl1/D23olERESkHBxVQF25vIHxhx9+wJw5c3Dp0iWEh4fj3nvvxZEjRxAeHg4A2Lx5M3x8fJCRkWGxyIOZWq3G7t27kZWVBZ1Oh4EDByIzMxPr1q1zdahE5GJKnINV5aMW5mC01Win6TL/KRxtuFFbHsyVDYLumCvV1Q1USpzjVIkxA+LFrcRzQURERCQ2b7056MiogotRU9wQCcmFyxsYd+zY0et+f39/5OfnIz8/32aamJgY7HHx8Dwicj+PnIPVxuqx3nphQURERERERCT6HIxE5L04BysReQLeQCAiIvJOvAYgchwbGInIZTgHKxEREREREZH3YQMjEbkM52AlIiIiIiIi8j5sYCQil+EcrEREREQyZWMeaSIiIldgAyMREfXkyJeQuGn20xAREREREZHHYwMjERERERGRqzjaU1DiG3W2Fq/oMAFAICprm+CjcmdERESkZGxgJCKiHhxZMS8hTvw4iIiIiIiISP7YwEhERERERGSPq+cw5HQkRETkQXykDoCIiIiIiIiIiIiUiw2MRERERERERERE5DQ2MBIREZFL5OXl4a677sLgwYMRERGBmTNnoqqqyiLNtWvXkJ2djbCwMAwaNAgZGRmor6+3SFNTU4Pp06cjMDAQERER+P3vf4/r16+7MytE5ARH6oDJkydDpVJZPP6//+//s0jDOoBIeVj+iYgNjEREROQSBw8eRHZ2No4cOQK9Xg+j0Yi0tDRcvXpVSLNs2TJ89tln+OSTT3Dw4EHU1dVh1qxZwv729nZMnz4dbW1tOHz4MD744ANs27YNq1atkiJLRNQHjtQBALBo0SJcuHBBeGzcuFHYxzqASJlY/omIi7wQERGRS+zdu9fi+bZt2xAREYHy8nJMmjQJTU1NeO+991BYWIgpU6YAAAoKCjBq1CgcOXIEycnJKCoqwunTp1FcXIzIyEgkJCRg/fr1WL58OdasWQNfX98e79va2orW1lbheXNzMwDAaDTCaDRapDU/N/80td/oFdFhcsFJUBhznj0t793/7n19nbOv9zRdz4cj58ReHWAWGBgIrVZr9RjO1AFSqzjfaDdNQnSIcwd3dGEZLgZDEvPW8k9EN7CBUQ5cvSIdERGRDDQ1NQEAQkNDAQDl5eUwGo1ISUkR0owcORLDhg1DWVkZkpOTUVZWhjFjxiAyMlJIk56ejqysLJw6dQrjxo3r8T55eXlYu3Ztj+1FRUUIDAy0Gpter++xrQXW03qD2p89K+/n9+zp1+utfT68mV6vR0tLS59f170OMNu+fTs+/PBDaLVazJgxA88//7xQVp2pA/pyk6ErezcYzNuM7b23wDvSQG/vGABQWdtkN82Ym4Ot7zjd98+8rbiVfuPB6Mi5GJHa83VeeoPBkXw7c07kXv4B5d9kVEJZNbVfF7VMeWu57U7s8+DocdnAKEOO3AX1WI40tvIOLbmZV5dJIid1dHRg6dKlmDBhAm6//XYAgMFggK+vL0JCQizSRkZGwmAwCGm6frEw7zfvs2bFihXIzc0Vnjc3NyM6OhppaWkICgqySGs0GqHX65GamgqNRoMDZxqEfWGGUucyq2Adps7GxZsDWuCjkjoa1xkz+X859brunw9v1/V8/Pzzz316rbU6AAAee+wxxMTEICoqCidOnMDy5ctRVVWFTz/9FIBzdYAzNxm66+0Gg/5be/O/2X+P89WOfDlz1XEc1fv7KfXGg0PnqNp2I6S33mDoLd99vcGgtPIPKPsmo6zL6rdfYc+34r+Nt5bb7sQ6D47WAWxgBFB8+sbk8ua7GJUH/p/FhXaPYQ1s5CIiIrIpOzsbJ0+exN/+9jfR38vPzw9+fn49tms0GpuNROZ9KvWNSyFPamDrKx+VZ+W/v42DvX12vJFGo+nzIgu26oDFixcLv48ZMwZDhw7F1KlTce7cOQwfPtyp+Ppyk6ErezcYXNkAb7PnYRf96sHoxLFsUfqNB4fOkY0ejN54g8GRfJt7BTpKCeUfsF8HyJ0Syuol7SRMHhkh2vG9tdx2J/Z5cLQOYAMjyYpDc9jEiR8HERE5LycnB7t370ZpaSluueUWYbtWq0VbWxsaGxstejHW19cL8zFptVocO3bM4njmVaZtzdlERPJiqw6wJikpCQBw9uxZDB8+3Kk6wJmbDAAcvsHgigb4U3X2G/wceQ+N2rFAXNHYoNQbD46c64R4258Lb73BYO+mnKOUUv4Bx+sAuZNzWVWpB7ilPHlrue1OrPPg6DG5ijQRERG5hMlkQk5ODnbu3Il9+/YhNjbWYn9iYiI0Gg1KSkqEbVVVVaipqYFOpwMA6HQ6VFZWoqHhRq8CvV6PoKAgxMfHuycjpHxVX9h/kMvZqwOsqaioAAAMHToUAOsAIqVi+Sci9mAkIiIil8jOzkZhYSH+/Oc/Y/DgwcJ8ScHBwQgICEBwcDAWLlyI3NxchIaGIigoCEuWLIFOp0NycjIAIC0tDfHx8Zg3bx42btwIg8GAlStXIjs722oPBSKSD3t1wLlz51BYWIgHH3wQYWFhOHHiBJYtW4ZJkyZh7NixAFgH2MN5oUmuWP6JiD0YiYiIyCXeeustNDU1YfLkyRg6dKjw+Oijj4Q0mzdvxkMPPYSMjAxMmjQJWq1WmNwdANRqNXbv3g21Wg2dTofHH38c8+fPx7p166TIEhH1gb06wNfXF8XFxUhLS8PIkSPx9NNPIyMjA5999plwDNYBRMrE8k9E7MFIRERELmEymeym8ff3R35+PvLz822miYmJwZ49tlf4JCJ5slcHREdH4+DBg3aPwzqASHlY/omIDYxERERE5FG4aBwRERGRe7GB0c2KT9f32DakrtH9gRAREREREREREbkAGxjF1m2VQjYmEhEREREREZGnG1K3DxV19tMlpMwRPxgSHRd5ISIiIiIiIiIiIqexgZGIiIiIiIiIiIicxgZGIiIiIiIiIiIichobGImIiIiIiIiIiMhpXOSFiIic020RK6vaTeLHQURERERERJJiD0YiIiIiIiIiIiJyGnswulDx6foe24bUNbo/EE/nSK8pAIibJm4cRERERERERETEBkZSnorzjXbTJESHiB4HkbdzpCyOjgoWPxAiImdYu2FpntahWg+oVZ2/84YlERERkV1sYHSWlYtS9lYkIiIiIiIiIiJvwwZGIiIiIvI61nphd5gAIBCVtU3wUXFEBJHHYg9mIiKX4yIvRERERERERERE5DT2YHSQI3ONEREREREREREReRv2YCQiIiIiIiIiIiKnsYGRiIiIiIiIiIiInMYh0kREREREREREJA1rCy91x0WXZI8NjOS5WEkRERFRf/F6gsjjcBV5InlxZM2Li+31SImPFD8YchobGMkjOVJB8aKBiIiIiIiIiKj/ZD0HY35+Pm699Vb4+/sjKSkJx44dkzokInIj1gEepFrf2QuotwdRFyz/JAcV5xvtPkgcrAOIvBfLP5EyybYH40cffYTc3Fxs3boVSUlJ2LJlC9LT01FVVYWIiAipwyNPUfUF0G7q/L1aD6hV1tNx6JPbsQ7wDJW1Teg63Mga9iam7lj+ibwb6wCSDUdvgPK7gsuw/JMtQ+r2AeoQy43WvsuzPEpGtg2Mr7zyChYtWoQFCxYAALZu3YrPP/8c77//Pv7whz9IHB15AnOvg+7zrXTFhg/psA4g8l4s/6Q4bIRwKdYBJAecckkaLP/Um+7l0tp3+YQ417xX8en6zkZNOy5GTel1vzBvpBdcK8iygbGtrQ3l5eVYsWKFsM3HxwcpKSkoKyuz+prW1la0trYKz5uamgAAly9fhtFo7PX9rjT9KPxu6mjHtZYWNHe02Oxt44k6TEDLNXhdvoHe8176TUvnL9+8Z/P1o6OCO38Zfr9IEYrHaDSipaUFly5dgkajsZv+p59+AgCYTCZR4+prHeBM+TfnvaO5ESofNQDA90qLK7Phckosp47EfKnpl8/epUvuC6wXfS0XciF23HIt/0Df6oDu56nrNYDc6wAxKLFeEZMz50O4VuiFcK1w7P/ZP6CMrie6lpdr164BUH4d0JW98u+t5YP5djzfwjWMwsp2V45cP3jKNUB3Sr8G8Nay2pW1c1C6y/Z3977wBdDsSLp/7u51f+k/7R9DuE4AnPpOJJfvAbJsYLx48SLa29sRGWm5QlBkZCTOnDlj9TV5eXlYu3Ztj+2xsbGixEjkzX766ScEBwfbT+ikvtYBLP9E7iO38g+wDiByJ9YBRN6L5Z/Iu9mrA2TZwOiMFStWIDc3V3je0dGBy5cvIywsDCqV4835zc3NiI6Oxvnz5xEUFCRGqLLkrfkGmPe+5N1kMuGnn35CVFSUG6JznDPlX4l/d8bsHkqMGRA/brmWf6BvdYBS/75i4fmwxPNhqev5GDx4sEfUAX3hrZ8H5pv57s5TrgE8jbd+ZrviOegkl+8BsmxgHDJkCNRqNerr6y2219fXQ6vVWn2Nn58f/Pz8LLaFhIQ4HUNQUJBXfkC9Nd8A8+5o3sW8a2nW1zqgP+VfiX93xuweSowZEDduOZZ/wLk6QKl/X7HwfFji+bBkPh+eVAf0hbd+Hphv72Iv395a/pXAWz+zXfEcdJL6e4CPKO/cT76+vkhMTERJSYmwraOjAyUlJdDpdBJGRkTuwDqAyHux/BN5N9YBRN6L5Z9I2WTZgxEAcnNzkZmZifHjx+Puu+/Gli1bcPXqVWE1KSLybKwDiLwXyz+Rd2MdQOS9WP6JlEu2DYz/+Z//iX//+99YtWoVDAYDEhISsHfv3h4Tvrqan58fVq9e3aObtafz1nwDzLtc8y52HSDnvNvCmN1DiTEDyo3bGjHLvyedJ1fg+bDE82FJqvMh1feA7rz188B8M99Skkv5VwK5/e2kwHPQSS7nQWUSe615IiIiIiIiIiIi8liynIORiIiIiIiIiIiIlIENjEREREREREREROQ0NjASERERERERERGR09jASERERERERERERE5jA6MN33//PRYuXIjY2FgEBARg+PDhWL16Ndra2qQOTRT5+fm49dZb4e/vj6SkJBw7dkzqkESXl5eHu+66C4MHD0ZERARmzpyJqqoqqcNyu5deegkqlQpLly6VOhRJKKmsK6mcekL5UkrZqK2txeOPP46wsDAEBARgzJgx+Oqrr6QOS/aUVPbFpKR6RUyeUGeJSSn1oVi8qb7wtjqBZb+Tt5dxJfK2stody25PcijHbGC04cyZM+jo6MDbb7+NU6dOYfPmzdi6dSuee+45qUNzuY8++gi5ublYvXo1vv76a9xxxx1IT09HQ0OD1KGJ6uDBg8jOzsaRI0eg1+thNBqRlpaGq1evSh2a2xw/fhxvv/02xo4dK3UoklFKWVdaOVV6+VJK2fjxxx8xYcIEaDQafPHFFzh9+jT+9//+37jpppukDk32lFL2xaS0ekVMSq+zxKSU+lBM3lJfeGOdwLLPMq5E3lhWu2PZtSSbcmwih23cuNEUGxsrdRgud/fdd5uys7OF5+3t7aaoqChTXl6ehFG5X0NDgwmA6eDBg1KH4hY//fSTacSIESa9Xm+67777TE899ZTUIcmGHMu60supksqXksrG8uXLTffee6/UYXgMOZZ9MSm9XhGTkuosMSmpPnQ3T6wvWCd4X9lnGVcmltWevK3sdiWncswejH3Q1NSE0NBQqcNwqba2NpSXlyMlJUXY5uPjg5SUFJSVlUkYmfs1NTUBgMf9jW3Jzs7G9OnTLf721EluZd0TyqmSypeSysZf/vIXjB8/Ho8++igiIiIwbtw4vPvuu1KHpVhyK/ti8oR6RUxKqrPEpKT60N08rb5gndDJ28o+y7jysKxa521ltys5leMBUgegFGfPnsXrr7+OTZs2SR2KS128eBHt7e2IjIy02B4ZGYkzZ85IFJX7dXR0YOnSpZgwYQJuv/12qcMR3Y4dO/D111/j+PHjUociO3Is60ovp0oqX0orG99++y3eeust5Obm4rnnnsPx48fxX//1X/D19UVmZqbU4SmKHMu+mJRer4hJSXWWmJRWH7qTJ9YXrBO8r+yzjCsTy2pP3lZ2u5JbOfa6Hox/+MMfoFKpen10L5i1tbV44IEH8Oijj2LRokUSRU5iys7OxsmTJ7Fjxw6pQxHd+fPn8dRTT2H79u3w9/eXOhzRsKzLh1LKlxLLRkdHB+68805s2LAB48aNw+LFi7Fo0SJs3bpV6tAkw7JP/aWUOktMSqwPncH6grryprLvLWWcvIM3ld2u5FiOva4H49NPP40nnnii1zS/+tWvhN/r6upw//3345577sE777wjcnTuN2TIEKjVatTX11tsr6+vh1arlSgq98rJycHu3btRWlqKW265RepwRFdeXo6Ghgbceeedwrb29naUlpbijTfeQGtrK9RqtYQRuoYnlXUll1MllS8llo2hQ4ciPj7eYtuoUaPwP//zPxJFJD1PKvtiUnK9IiYl1VliUmJ96AzWFzd4e53gbWXfW8q4J/L2stqdt5XdruRYjr2ugTE8PBzh4eEOpa2trcX999+PxMREFBQUwMfH8zp8+vr6IjExESUlJZg5cyaAzh4xJSUlyMnJkTY4kZlMJixZsgQ7d+7EgQMHEBsbK3VIbjF16lRUVlZabFuwYAFGjhyJ5cuXe8zFhCeVdSWWUyWWLyWWjQkTJqCqqspi2z//+U/ExMRIFJH0PKnsi0mJ9YqYlFhniUmJ9aEzWF/c4K11greWfW8p457IW8tqd95adruSYzn2ugZGR9XW1mLy5MmIiYnBpk2b8O9//1vY52l3BnJzc5GZmYnx48fj7rvvxpYtW3D16lUsWLBA6tBElZ2djcLCQvz5z3/G4MGDYTAYAADBwcEICAiQODrxDB48uMfcFAMHDkRYWJjXzVkBKKesK62cKrF8KbFsLFu2DPfccw82bNiA3/zmNzh27Bjeeecdj+tZIwallH0xKa1eEZMS6ywxKbE+FJO31BfeWCd4a9lnGVc2byyr3Xlr2e1KluVYsvWrZa6goMAEwOrDE73++uumYcOGmXx9fU1333236ciRI1KHJDpbf9+CggKpQ3M7qZezl5KSyrqSyqmnlC8llI3PPvvMdPvtt5v8/PxMI0eONL3zzjtSh6QISir7YlJSvSImT6mzxKSE+lAs3lRfeFudwLJ/gzeXcSXytrLaHcuudVKXY5XJZDK5ssGSiIiIiIiIiIiIvIfHDpHu6OhAXV0dBg8eDJVKJXU4RB7BZDLhp59+QlRUlKznHmL5J3I9pZR/gHUAkRhYBxB5L5Z/Iu/maB3gsQ2MdXV1iI6OljoMIo90/vx5Wa/SxfJPJB65l3+AdQCRmFgHEHkvln8i72avDvDYBsbBgwcD6DwBQUFBvaY1Go0oKipCWloaNBqNO8JzKSXHr+TYAe+Lv7m5GdHR0UL5kit75V/pfzdX4/mwxPNhyXw+dDodYmNjZV/+gb5dA0jBEz5jnpAHwDPy4a48KOUaAHC+DvCEz4OjvCWv3pJPQNy8ekP5F5MSP4dKjBlQZtxKiNnROsBjGxjN3aGDgoIcamAMDAxEUFCQbP+gvVFy/EqOHfDe+OU+3MBe+Vf6383VeD4s8XxYMp8P8wWF3Ms/0LdrACl4wmfME/IAeEY+3J0HT64DPOHz4Chvyau35BNwT149ufyLSYmfQyXGDCgzbiXFbK8OkPcECkRERERERERERCRrbGAkIiIiIiIiIiIip7GBkYiIiIiIiIiIiJzmsXMw9sWBMw3CT5Xa+ilJiY90Z0hE5CbFp+sdSsc6gMgzOVIHsPwTkceo+qLzZ7up82e1HlBbmVMrbpr7YiIi5TLXKb1hfeI12MDYzZC6fdZ3qEMsn7OQEBERERERERERcYg0ERERERH17tChQwCAuLg4qFQq7Nq1y2K/yWTCqlWrMHToUAQEBCAlJQXV1dUWaS5fvoy5c+ciKCgIISEhWLhwIa5cuWKR5sSJE5g4cSL8/f0RHR2NjRs3ipovIiKyolp/42fVF7YfXVScb7T6KD5dLzzIs7EHIxEREXk9myMYgBujGDh6gbxYS0sLAGDTpk14/PHHe+zfuHEjXnvtNXzwwQeIjY3F888/j/T0dJw+fRr+/v4AgLlz5+LChQvQ6/UwGo1YsGABFi9ejMLCQgBAc3Mz0tLSkJKSgq1bt6KyshJPPvkkQkJCsHjxYvdl1gtU1jYBCERlbRN8rIyQvthez+khiIioT9jASEREREREvUpNTQUAzJgxo8c+k8mELVu2YOXKlXj44YcBAH/6058QGRmJXbt2Yfbs2fjmm2+wd+9eHD9+HOPHjwcAvP7663jwwQexadMmREVFYfv27Whra8P7778PX19fjB49GhUVFXjllVfYwEhERCRzbGAkIurGak+m7vOwAuzNREREBOC7776DwWBASkqKsC04OBhJSUkoKyvD7NmzUVZWhpCQEKFxEQBSUlLg4+ODo0eP4pFHHkFZWRkmTZoEX19fIU16ejpefvll/Pjjj7jpppusvn9raytaW1uF583NzQAAo9EIo9HocD7MafvyGsX5ZXGXjl/WeDH/7M7Uft0jzoNX/E1/IWZeveH8EVH/sYGRiIiIiIicZjAYAACRkZZDaiMjI4V9BoMBERERFvsHDBiA0NBQizSxsbE9jmHeZ6uBMS8vD2vXru2xvaioCIGBgX3Oj16v7/NrlKfzvNT+bOP8fPsV9nzrxnBE5h1/005i5NU8RQIRUW/YwEhERERERIq1YsUK5ObmCs+bm5sRHR2NtLQ0BAUFOXwco9EIvV6P1NRUaDQaMUKV3i8LN/zjhybU/hyImwNarM7BeEk7yaHDTR4ZYT+RhLzib/oLMfNq7hVMHqLb4iyOqDjf6Po4yOOwgZGIXOrWW2/Fv/71rx7bf/e73yE/Px+TJ0/GwYMHLfb99re/xdatW4XnNTU1yMrKwv79+zFo0CBkZmYiLy8PAwawyiIiIpIbrVYLAKivr8fQoUOF7fX19UhISBDSNDQ0WLzu+vXruHz5svB6rVaL+nrLVUbNz81prPHz84Ofn1+P7RqNxqmGFmdfpwjqztZEc6OijwpWGxjD60vtHupi1BTFnCeP/pt2I0ZeveXcEVH/+PT1BaWlpZgxYwaioqKgUqmwa9cui/0mkwmrVq3C0KFDERAQgJSUFFRXV1ukuXz5MubOnYugoCCEhIRg4cKFuHLlikWaEydOYOLEifD390d0dDQ2btzY99wRkdsdP34cFy5cEB7mYRqPPvqokGbRokUWabqW7/b2dkyfPh1tbW04fPgwPvjgA2zbtg2rVq1ye16IiIjIvtjYWGi1WpSUlAjbmpubcfToUeh0OgCATqdDY2MjysvLhTT79u1DR0cHkpKShDSlpaUW873p9XrExcXZHB5NRERE8tDnBsarV6/ijjvuQH5+vtX9GzduxGuvvYatW7fi6NGjGDhwINLT03Ht2jUhzdy5c3Hq1Cno9Xrs3r0bpaWlFivDNTc3Iy0tDTExMSgvL8cf//hHrFmzBu+8844TWSQidwoPD4dWqxUeu3fvxvDhw3HfffcJaQIDAy3SdB2+VFRUhNOnT+PDDz9EQkICpk2bhvXr1yM/Px9tbW1SZImIiMjrmTsDnDhxAkDnwi4VFRWoqamBSqXC0qVL8cILL+Avf/kLKisrMX/+fERFRWHmzJkAgFGjRuGBBx7AokWLcOzYMRw6dAg5OTmYPXs2oqKiAACPPfYYfH19sXDhQpw6dQofffQRXn31VYvhz0RERCRPfR5vOG3aNEybZn3lVJPJhC1btmDlypV4+OGHAQB/+tOfEBkZiV27dmH27Nn45ptvsHfvXhw/flxYRe7111/Hgw8+iE2bNiEqKgrbt29HW1sb3n//ffj6+mL06NGoqKjAK6+8YtEQ2VV/Vo8zdbQLP22tpGZs77ZDRitpKXl1NCXHDnhf/H3NZ1tbGz788EPk5uZCpbox/mb79u348MMPodVqMWPGDDz//PPCJOxlZWUYM2aMxUTx6enpyMrKwqlTpzBu3Lge79PX8t8136b26z32W6sHetQBnQewkXNlUfrn2NV4PizxfBARAPz9738HAEycOBEAhEa/zMxMbNu2Dc8++yyuXr2KxYsXo7GxEffeey/27t0Lf39/4Rjbt29HTk4Opk6dCh8fH2RkZOC1114T9gcHB6OoqAjZ2dlITEzEkCFDsGrVKpvX/0RERCQfLp3Q7LvvvoPBYEBKSoqwLTg4GElJSSgrK8Ps2bNRVlaGkJAQoXERAFJSUuDj44OjR4/ikUceQVlZGSZNmgRfX18hTXp6Ol5++WX8+OOPVodIuGL1uJ+//zvOw3ra89XdvlhV73HomO6k5NXRlBw74D3x93UFuV27dqGxsRFPPPGEsO2xxx5DTEwMoqKicOLECSxfvhxVVVX49NNPAXSuEmltFUrzPmucLf+28t1ipR7oUQcAsqwH+kPpn2NX4/mwtH//fqlDICIJmRsWm5qarC6colKpsG7dOqxbt87mMUJDQ1FYWNjr+4wdOxZ//etf+xcsERERuZ1LGxjNX/6tNQ6Y9xkMBkREWK42NmDAAISGhlqkiY2N7XEM8z5rDYz9WT1u/+kL+Pn7vyPg1nEY0nDIapoxNwdbbhiR2usx3UnJq6MpOXbA++Lv6wpy7733HqZNmyYMfQJg0QthzJgxGDp0KKZOnYpz585h+PDhfTq+WV/Lf9d8Hzr3Y4/9YYaeE5v3qAMAWdUD/aH0z7Gr8XxYMp+P+++/X+pQiIiIiIhIpjxmSdb+rB6n8lELP62togYAGnW3HTL80qnk1dGUHDvgPfH3JY//+te/UFxcLPRMtMU8sfvZs2cxfPhwaLVaHDt2zCKNvRUknS3/Go0GKnXPatBaPdCjDug8gM1jK5HSP8euxvNhieeCiIiIyLNUnG+0ur1zyqhAVNY22WwjIerOpQ2M5i//9fX1GDp0qLC9vr4eCQkJQpqGhgaL112/fh2XL18WXq/VaoUGha7H6PoeRCRvBQUFiIiIwPTp03tNV1FRAQBCnaHT6fDiiy+ioaFB6O2s1+sRFBSE+Ph4UWMmIiIiUqyqL6SOgIiIvFifV5HuTWxsLLRaLUpKSoRtzc3NOHr0KHQ6HYDOxoPGxkaUl5cLafbt24eOjg6hJ5NOp0NpaanFhPJ6vR5xcXFWh0cTkbx0dHSgoKAAmZmZGDDgxn2Mc+fOYf369SgvL8f333+Pv/zlL5g/fz4mTZqEsWPHAgDS0tIQHx+PefPm4R//+Ae+/PJLrFy5EtnZ2VZ7KRIRERERERGRtPrcwHjlyhVUVFQIvY6+++47VFRUoKamBiqVCkuXLsULL7yAv/zlL6isrMT8+fMRFRWFmTNnAgBGjRqFBx54AIsWLcKxY8dw6NAh5OTkYPbs2cI8bY899hh8fX2xcOFCnDp1Ch999BFeffVViznWiEi+iouLUVNTgyeffNJiu6+vL4qLi5GWloaRI0fi6aefRkZGBj777DMhjVqtxu7du6FWq6HT6fD4449j/vz5vU4aT0RERERERETS6XMD41dffYVx48Zh3LhxAIDc3FyMGzcOq1atAgA8++yzWLJkCRYvXoy77roLV65cwd69e+Hv7y8cY/v27Rg5ciSmTp2KBx98EPfeey/eeecdYX9wcDCKiorw3XffITExEU8//TRWrVplsTgEEclXWloaTCYTbrvtNovt0dHROHjwIC5duoRr166huroaGzdu7LEQS0xMDPbs2YOWlhb8+9//xqZNmyx6QhKRdP7zP/8TUVFRUKlU2LVrl8W+J554AiqVyuLxwAMPWKS5fPky5s6di6CgIISEhGDhwoW4cuWKRZoTJ05g4sSJ8Pf3R3R0NDZu3Ch2toiIiIiIqB/6/I198uTJMJlMNverVCqsW7eu195GoaGhKCws7PV9xo4di7/+9a99DY+IiIhEdPvtt2Px4sWYNWuW1f0PPPAACgoKhOfdpzaYO3cuLly4AL1eD6PRiAULFmDx4sXCdUFzczPS0tKQkpKCrVu3orKyEk8++SRCQkJ4o5GIyAG2Fm0gElttbS2WL1+OL774Ai0tLfj1r3+NgoICjB8/HgBgMpmwevVqvPvuu2hsbMSECRPw1ltvYcSIEcIxLl++jCVLluCzzz6Dj48PMjIy8Oqrr2LQoEFSZYuIHMQuQUREROSw559/vkev4678/PxsLsj2zTffYO/evTh+/LjwZeP111/Hgw8+iE2bNiEqKgrbt29HW1sb3n//ffj6+mL06NGoqKjAK6+8wgZGIiIimfrxxx8xYcIE3H///fjiiy8QHh6O6upqizUUNm7ciNdeew0ffPABYmNj8fzzzyM9PR2nT58WRjzauxFJRPLFBkYiIiJymQMHDiAiIgI33XQTpkyZghdeeAFhYWEAgLKyMoSEhAiNiwCQkpICHx8fHD16FI888gjKysowadIk+Pr6CmnS09Px8ssv48cff7S62FtraytaW1uF583NzQAAo9FosWCcNab26wCADtuDM2Bs/2WnnWM5yhyTvdjkzBPyAHhGPtyVByWfIyIS38svv4zo6GiLUQyxsbHC7yaTCVu2bMHKlSvx8MMPAwD+9Kc/ITIyErt27cLs2bMduhFJyjOkbt+NJ+oQ2wnjpokeC4mLDYxERETkEg888ABmzZqF2NhYnDt3Ds899xymTZuGsrIyqNVqGAwGREREWLxmwIABCA0NhcFgAAAYDAaLLyQAEBkZKeyz1sCYl5eHtWvX9theVFSEwMBAh2Jvge1056t/aVip3uPQsRyl1+tdejwpeEIeAM/Ih9h5aGlpEfX4RKRsf/nLX5Ceno5HH30UBw8exM0334zf/e53WLRoEYDOxWENBgNSUlKE1wQHByMpKQllZWWYPXu2Qzciu+vPTUZ3kd3NrPYbd1Vt3WA1b+/tBqwzjO293dHt//mR3bl2gBJidjQ2NjASERGRS8yePVv4fcyYMRg7diyGDx+OAwcOYOrUqaK974oVK5Cbmys8b25uRnR0NNLS0nodzg0AB840AADCDKU204y5ObjzlxGp/Q8WnRdper0eqamp0Gg0Ljmmu3lCHgDPyIe78mD+0k5EZM23336Lt956C7m5uXjuuedw/Phx/Nd//Rd8fX2RmZkp3Eg03zQ0i4yMtLjJaO9GZHeuuMnoLvK8mdX7Oar92bXnULhpa40Lb+TK81z3Ts4xO3qTkQ2MREREJIpf/epXGDJkCM6ePYupU6dCq9WioaHBIs3169dx+fJlYd5GrVaL+vp6izTm57bmdvTz8+uxmAwAaDQauw0uKnXnpZCPynYajVplPmCvx+orR+KTO0/IA+AZ+RA7D0o/P0Qkro6ODowfPx4bNmwAAIwbNw4nT57E1q1bkZmZKdr79ucmo7vI7mZW9Y2GrMraJqtJOkydjYs3B7T0eo3kSpe0k4TfJ4+M6CWlbbI71w5QQsyO3mRkAyMRERGJ4ocffsClS5cwdOhQAIBOp0NjYyPKy8uRmJgIANi3bx86OjqQlJQkpPnv//5vGI1G4SJLr9cjLi7O6vBoIiIikt7QoUMRHx9vsW3UqFH4n//5HwA3bhLW19cL1wXm5wkJCUIaezciu+vPTUZ3c0tMVV/YT6O+0WJor/HQR2U/jauYb/oC/b+pJce/vz1yjtnRuHxEjoOIiIg8yIkTJ1BRUQGgcz6liooK1NTU4MqVK/j973+PI0eO4Pvvv0dJSQkefvhh/PrXv0Z6ejqAzi8aDzzwABYtWoRjx47h0KFDyMnJwezZs4WJ2x977DH4+vpi4cKFOHXqFD766CO8+uqrFr0TiIiISF4mTJiAqqoqi23//Oc/ERMTA6BzwRetVouSkhJhf3NzM44ePQqdTgfA8kakWfcbkUQkX+zBSERERA6bOHGi8Lu50S8zMxNvvfUWTpw4gQ8++ACNjY2IiopCWloa1q9fb9GzYPv27cjJycHUqVPh4+ODjIwMvPbaa8L+4OBgFBUVITs7G4mJiRgyZAhWrVqFxYsXuy+TRERE1CfLli3DPffcgw0bNuA3v/kNjh07hnfeeQfvvPMOAEClUmHp0qV44YUXMGLECMTGxuL5559HVFQUZs6cCcDyRuTWrVthNBp73IgkIvliAyMRERE5rKmpyeacRl9++aXd14eGhqKwsLDXNGPHjsVf//pXp+IjIiIi97vrrruwc+dOrFixAuvWrUNsbCy2bNmCuXPnCmmeffZZXL16FYsXL0ZjYyPuvfde7N27F/7+/kIaezciiUi+2MBIRERERERERP3y0EMP4aGHHrK5X6VSYd26dVi3bp3NNI7ciCQieeIcjEREREREREREROQ09mAkIiIiIiIiIvIgFecbpQ6BvAx7MBIREREREREREZHT2MBIRERERERERERETuMQaSIi6qnqC8fSxU0TNw4iIiIiIiKSPfZgJCIiIiIiIiIiIqexgZGIiIiIiIiIiIicxgZGIiIiIiIiIiIichrnYCQiIuc5Mlcj52kkIiLyOEPq9qGizn66hJQ54gdDRESSYwMjEREREREREZFcOboAI5GE2MBIRORtul+gtJs6f1brAbXK/fEQERERERGRonEORiJymTVr1kClUlk8Ro4cKey/du0asrOzERYWhkGDBiEjIwP19fUWx6ipqcH06dMRGBiIiIgI/P73v8f169fdnRWyo+J8o0MPIiIiIiIi8nzswUhELjV69GgUFxcLzwcMuFHNLFu2DJ9//jk++eQTBAcHIycnB7NmzcKhQ4cAAO3t7Zg+fTq0Wi0OHz6MCxcuYP78+dBoNNiwYYPb80JERERERETiG1K378YTdYj1RJzbXdbYwEhELjVgwABotdoe25uamvDee++hsLAQU6ZMAQAUFBRg1KhROHLkCJKTk1FUVITTp0+juLgYkZGRSEhIwPr167F8+XKsWbMGvr6+7s4OEREREREREdnBBkZP4+jkr2z5J5FUV1cjKioK/v7+0Ol0yMvLw7Bhw1BeXg6j0YiUlBQh7ciRIzFs2DCUlZUhOTkZZWVlGDNmDCIjI4U06enpyMrKwqlTpzBu3Dir79na2orW1lbheXNzMwDAaDTCaDT2SG/eZjQaYWrvOfy6w9TzPYzt1jb2PLbkqvV9fok5b1bzaIO1c2Tz2HI8T73o+vkgng8iIiIiufH0qYhs5e9i+43ptVLiI62mIemwgZGIXCYpKQnbtm1DXFwcLly4gLVr12LixIk4efIkDAYDfH19ERISYvGayMhIGAwGAIDBYLBoXDTvN++zJS8vD2vXru2xvaioCIGBgTZfp9dbb4xrQc/XnK+20rhSvcfmsZVI/21f5rq0fV67Ol9tVOx5svX58Fb79++XOgQiIiIiIpIpNjASkctMm3ajZ+zYsWORlJSEmJgYfPzxxwgICBDtfVesWIHc3FzheXNzM6Kjo5GWloagoKAe6Y1GI/R6PVJTU3Ho3I899ocZSntsG3NzcM83HpHav8DFYKMHY2Vtk82XdJiA2p8DcXNAC+64xUo++3i87i5pJ/W6f/LICIeP5Q5dPx8ajUbqcCRnPh/333+/1KEQEREREZFMsYGRiEQTEhKC2267DWfPnkVqaira2trQ2Nho0Yuxvr5emLNRq9Xi2LFjFscwrzJtbV5HMz8/P/j5+fXYrtFoem0g0mg0UKl7VoM+Kitp1dY2yrDxyVqcsJ4na2lO1TnWcOjI8cysneOu5NqIZ+/z4214LoiIiIiIyBYfqQOgPqj6wvrD3GPJibnXiMR05coVnDt3DkOHDkViYiI0Gg1KSkqE/VVVVaipqYFOpwMA6HQ6VFZWoqGhQUij1+sRFBSE+Ph4t8dPRD3953/+J6KioqBSqbBr1y6LfSaTCatWrcLQoUMREBCAlJQUVFdXW6S5fPky5s6di6CgIISEhGDhwoW4cuWKRZoTJ05g4sSJ8Pf3R3R0NDZu3Ch2toiIiMiFXnrpJahUKixdulTYdu3aNWRnZyMsLAyDBg1CRkaG0JnArKamBtOnT0dgYCAiIiLw+9//Htev92UaHyKSChsYichlnnnmGRw8eBDff/89Dh8+jEceeQRqtRpz5sxBcHAwFi5ciNzcXOzfvx/l5eVYsGABdDodkpOTAQBpaWmIj4/HvHnz8I9//ANffvklVq5ciezsbKs9FEkZhtTt6/Xh8OJUJAu333478vPzre7buHEjXnvtNWzduhVHjx7FwIEDkZ6ejmvXrglp5s6di1OnTkGv12P37t0oLS3F4sWLhf3Nzc1IS0tDTEwMysvL8cc//hFr1qzBO++8I3reiIiIqP+OHz+Ot99+G2PHjrXYvmzZMnz22Wf45JNPcPDgQdTV1WHWrFnC/vb2dkyfPh1tbW04fPgwPvjgA2zbtg2rVq1ydxaIyAkcIu2tHPlCz5WmqY9++OEHzJkzB5cuXUJ4eDjuvfdeHDlyBOHh4QCAzZs3w8fHBxkZGWhtbUV6ejrefPNN4fVqtRq7d+9GVlYWdDodBg4ciMzMTKxbt06qLBFRN88//7zVuU1NJhO2bNmClStX4uGHHwYA/OlPf0JkZCR27dqF2bNn45tvvsHevXtx/PhxjB8/HgDw+uuv48EHH8SmTZsQFRWF7du3o62tDe+//z58fX0xevRoVFRU4JVXXrFoiOyqryvJW8T9y0ryva2MLqyw7qKVtD1hZW5PyAPgGflwVx6UfI6IyH2uXLmCuXPn4t1338ULL7wgbG9qasJ7772HwsJCTJkyBQBQUFCAUaNG4ciRI0hOTkZRURFOnz6N4uJiREZGIiEhAevXr8fy5cuxZs0a+Pr6SpUtInIAGxi9gKNL2CdEh4gaB3m+HTt29Lrf398f+fn5Nns/AUBMTAz27FHmqsNE3uy7776DwWBASkqKsC04OBhJSUkoKyvD7NmzUVZWhpCQEKFxEQBSUlLg4+ODo0eP4pFHHkFZWRkmTZpk8SUiPT0dL7/8Mn788UfcdNNNPd7b2ZXku7K2eryZsIq8i1dE94SVyj0hD4Bn5EPsPLS0tIh6fOoFe/qTgmRnZ2P69OlISUmxaGAsLy+H0Wi0uE4YOXIkhg0bhrKyMiQnJ6OsrAxjxoxBZGSkkCY9PR1ZWVk4deoUxo0b1+P9+nOT0V1cciOo3fJOaG83Rl3BfHyx36evzDeGAevnU4k3DpUQs6OxsYFRDnjRQERECmcwGADA4kuB+bl5n8FgQESE5arhAwYMQGhoqEWa2NjYHscw77PWwNjXleS7OnCmc85Xa6vHmwmryLto5XhPWKncE/IAeEY+3JUH85d2kpajHQeIpLBjxw58/fXXOH78eI99BoMBvr6+Fos9Aj2vE6xdR5j3WeOKm4zu4tobQe7JW+3P8jqH+PYr4dc939pOpsQbh3KO2dGbjGxgJCJSCt6MILLK2ZXkgRurnPe2MrqwiryLG288YaVyT8gD4Bn5EDsPSj8/RCSu8+fP46mnnoJer4e/v7/b3rc/NxndxSU3grot6FpZ2+SCyGzrMHU2Lt4c0NLrNZK7XdJOEn6fPDKix34l3jhUQsyO3mRkAyMRkcIpvTdDxflGXGyvt5suJT7SbhqSjlarBQDU19dj6NChwvb6+nokJCQIabquEg8A169fx+XLl4XXa7XaHitKmp+b0xAREZG8lJeXo6GhAXfeeaewrb29HaWlpXjjjTfw5Zdfoq2tDY2NjRa9GOvr6y2uAY4dO2ZxXHvXAP25yVh82r3Xn/26EaS2bOVzV6Ofj8p97+UI841hoPcbX0q8cSjnmB2Ni6tIK1zF+UbhTFIRSAAA80FJREFU7kVlbRMqzjf2eBAREYktNjYWWq0WJSUlwrbm5mYcPXoUOp0OAKDT6dDY2Ijy8nIhzb59+9DR0YGkpCQhTWlpqcVcL3q9HnFxcVaHRxORfKxZswYqlcriMXLkSGH/tWvXkJ2djbCwMAwaNAgZGRk9bijU1NRg+vTpCAwMREREBH7/+9/j+vXr3d+KiGRm6tSpqKysREVFhfAYP3485s6dK/yu0WgsrhOqqqpQU1NjcZ1QWVlpcTNSr9cjKCgI8fHxbs8TEfUNezASEUmNQ59JQU6cOIFBgwYB6FzYpaKiAqGhoRg2bBiWLl2KF154ASNGjEBsbCyef/55REVFYebMmQCAUaNG4YEHHsCiRYuwdetWGI1G5OTkYPbs2YiKigIAPPbYY1i7di0WLlyI5cuX4+TJk3j11VexefNmqbJMRH0wevRoFBcXC88HDLjxdWPZsmX4/PPP8cknnyA4OBg5OTmYNWsWDh06BKCzt9P06dOh1Wpx+PBhXLhwAfPnz4dGo8GGDRvcnhcictzgwYNx++23W2wbOHAgwsLChO0LFy5Ebm4uQkNDERQUhCVLlkCn0yE5ORkAkJaWhvj4eMybNw8bN26EwWDAypUrkZ2dbbWXohiG1O2z3KAOsZ4wbprosRApDRsYiYhIcj0u5qxRh/BiTgYmTpwo/G6e8ygzMxPbtm3Ds88+i6tXr2Lx4sVobGzEvffei71791rMxbR9+3bk5ORg6tSp8PHxQUZGBl577TVhf3BwMIqKipCdnY3ExEQMGTIEq1atwuLFi92XSSJy2oABA6wOZWxqasJ7772HwsJCTJkyBQBQUFCAUaNG4ciRI0hOTkZRURFOnz6N4uJiREZGIiEhAevXr8fy5cuxZs0ai9Xlu3LVKrKyXcmzy+qxrlrR1Z0rxEp5PmX7NxWBmHl11TE3b94s/O9vbW1Feno63nzzTWG/Wq3G7t27kZWVBZ1Oh4EDByIzMxPr1q1zyfsTkbhc3sC4Zs2aHqs4xcXF4cyZMwA6h0Y8/fTT2LFjh0Wl0nW1qJqaGmRlZWH//v0YNGgQMjMzkZeXZ3EHlIiIiNyvqanJ5qTpKpUK69at6/WLQGhoKAoLC3t9j7Fjx+Kvf/1rv+IkImlUV1cjKioK/v7+0Ol0yMvLw7Bhw1BeXg6j0YiUlBQh7ciRIzFs2DCUlZUhOTkZZWVlGDNmjMX3gvT0dGRlZeHUqVMYN26c1fd09Sqycl7J09Urx7pjhdjze/aI/h72yPtv6lpi5NXRFWS7O3DggMVzf39/5OfnIz8/3+ZrYmJisEcGnxki6jtRWuw4NOIXHPZIRFZ0n1B6SF2jNIEQERG5UFJSErZt24a4uDhcuHABa9euxcSJE3Hy5EkYDAb4+vpaLO4AAJGRkTAYDAAAg8Fg0bho3m/eZ4urVpGV7UqeXVaPddXKse5cIXbM5P8l7hv0QrZ/UxGImVdHV5AlJ3VpN+AaCqRkojQwKm1ohKmjXfhpa5iAsb3bDke6iXd/TR/05eLBVUMcvq5ptHh+qa22RxprS8H3h9KHLXhb/ErNJxGRLFXre6wK2QOnBSAFmTbtxud17NixSEpKQkxMDD7++GMEBASI9r79WUXWGtmt5NmlnnB1Y6A7VoiVw7mU3d9URGLk1VvOHRH1jygNjEodGvHz93/HeRvDDs5Xd2tYqRa723bfhyu4fIjDt1/12LTnW9e+hZnShy14S/zODo8gIiIi7xMSEoLbbrsNZ8+eRWpqKtra2tDY2GjRi7G+vl7omKDVanHs2DGLY5hXmbbWeYEUwpFRXbyZQkSkeC5vYFTi0Ij9py/g5+//joBbx2FIwyGracbcHGy5YURqr8cEYDGcoStXDW0wc+sQh+7nAXDsXNig9GEL3hY/h0eQlCrON+Jie73ddCnxkXbTEBGR+K5cuYJz585h3rx5SExMhEajQUlJCTIyMgAAVVVVqKmpgU6nAwDodDq8+OKLaGhoQERE56gZvV6PoKAgxMfHS5YP6h9HhnwmxIkfBxERicvlDYxKHBqh8lELP2010Gm6D2FypDHJxrAnsRoB3TLEwVqeXNCwpvRhC94Sv5LzSEREROJ65plnMGPGDMTExKCurg6rV6+GWq3GnDlzEBwcjIULFyI3NxehoaEICgrCkiVLoNPpkJycDABIS0tDfHw85s2bh40bN8JgMGDlypXIzs62ep1PRERE8uEj9ht0HRqh1WqFoRFddR8aYR4K0XW/eR8REREREcnPDz/8gDlz5iAuLg6/+c1vEBYWhiNHjiA8PBwAsHnzZjz00EPIyMjApEmToNVq8emnnwqvV6vV2L17N9RqNXQ6HR5//HHMnz+/15XpiYiISB5EmYOxKw6N8CzWhjhYG7LIIYpEROS17M031o9F4IjkbMeOHb3u9/f3R35+PvLz822miYmJwZ49Ys91TkRERK7m8gZGDo0gIiKxDKnbZz9R/BzxAyEiIiIiIiKByxsYzUMjLl26hPDwcNx77709hkb4+PggIyMDra2tSE9Px5tvvim83jw0IisrCzqdDgMHDkRmZqZihkYUn77Rm29IXaN0gRAREREREREREbmByxsYvWZohI3hT2xUJCILVuoK1hNECmVv6LMDKs43osMEAIGorG2yuThbQnRIv9+LiIiIyJN0Hc1UUddzv/ka68CZBqjUAzh1m5uJPgcjEZE36dqLGWBjohS6/w2s4cUGEREREbmTudGrO35fIE/BBkYHWVvchIiIiEhUjvaajJsmbhxERERERL1gAyP1m9VFF9Qhls/5xYeIiBSKNxmJiIiIiHrnI3UAREREREREREREpFzswUii6N7b42J7zznROAcaEREREUml+5y9obX7AASi8sD/ExZg6rHgkitH5bhg4SgiIiK5YAMjEblMXl4ePv30U5w5cwYBAQG455578PLLLyMuLk5IM3nyZBw8eNDidb/97W+xdetW4XlNTQ2ysrKwf/9+DBo0CJmZmcjLy8OAAdJVWdaGSFprOCcicgVHh2VztWkiIiIikgM2MBKRyxw8eBDZ2dm46667cP36dTz33HNIS0vD6dOnMXDgQCHdokWLsG7dOuF5YGCg8Ht7ezumT58OrVaLw4cP48KFC5g/fz40Gg02bNjg1vwQERERERERkX1sYCQil9m7d6/F823btiEiIgLl5eWYNGmSsD0wMBBardbqMYqKinD69GkUFxcjMjISCQkJWL9+PZYvX441a9bA19dX1Dz0hdUFjoiIiIicwAWliDyMeRqEdhMAIMxQKky/QOSJuMgLEYmmqakJABAaGmqxffv27RgyZAhuv/12rFixAi0tLcK+srIyjBkzBpGRN+boTE9PR3NzM06dOmX1fVpbW9Hc3GzxAACj0WjzYd5var/e49Fhgtc9AOljcNXD2t+0+6O3z0bXzwcflufDnjVr1kClUlk8Ro4cKey/du0asrOzERYWhkGDBiEjIwP19ZZTDdTU1GD69OkIDAxEREQEfv/73+P69et235uIiIikk5eXh7vuuguDBw9GREQEZs6ciaqqKos0vA4g8mzswUhEoujo6MDSpUsxYcIE3H777cL2xx57DDExMYiKisKJEyewfPlyVFVV4dNPPwUAGAwGi8ZFAMJzg8Fg9b3y8vKwdu3aHtuLiooshl93p9frrW5vge3XeLLanz0k399+ZTfJnm/tH8bW58Nb7d+/36F0o0ePRnFxsfC869ypy5Ytw+eff45PPvkEwcHByMnJwaxZs3Do0CEAnCKhXxxZLMKVi1MQERF14chUSbwOIPJsbGAkIlFkZ2fj5MmT+Nvf/maxffHixcLvY8aMwdChQzF16lScO3cOw4cPd+q9VqxYgdzcXOF5c3MzoqOjkZaWhqCgoB7pjUYj9Ho9UlNTcejcjz32hxlKnYpDqTpMnY2LNwe0eM2wjTGT/5fNfV0/HxqNxo1RyZP5fNx///0OpR8wYIDVKRCamprw3nvvobCwEFOmTAEAFBQUYNSoUThy5AiSk5MVNUWCXDgypJILwRARkdjsTZXE6wAiz8cGRiJyuZycHOzevRulpaW45ZZbek2blJQEADh79iyGDx8OrVaLY8eOWaQxD52wNW+jn58f/Pz8emzXaDS9NhBpNBqo1D2rQW9pZOvOR+U9eXek4dDe58fbOHouqqurERUVBX9/f+h0OuTl5WHYsGEoLy+H0WhESkqKkHbkyJEYNmwYysrKkJycbHOKhKysLJw6dQrjxo2z+p6tra1obW0VnnefJqE3pvbOYVfmqQLcoeu0BO5g/GXuJzgwzN3hY/Zh6LyceUI+3JUHJZ8jInK/7lMliXUd4IprgK66/28W/od250id+Mtrzcdw57VGf7n7WsVVzPGaOtoBKON/lxKuRRyNjQ2M5BZWF8NQhwiVLqr1gFrF4VsKZzKZsGTJEuzcuRMHDhxAbGys3ddUVFQAAIYOHQoA0Ol0ePHFF9HQ0ICIiAgAnUNVg4KCEB8fL1rsRNR/SUlJ2LZtG+Li4nDhwgWsXbsWEydOxMmTJ2EwGODr64uQkBCL10RGRgrTHzgzRQLg/DQJXUkxNYK7piU4X/3LRWH1Hpcf21OmEvCEfIidh67zJRMR9cbaVEliXQe44hqgq+7XA8L/0O6c+J+qxOmIlBgzAPz8/d8BODYtklzI+VrE0WsANjASkctkZ2ejsLAQf/7znzF48GDhQiA4OBgBAQE4d+4cCgsL8eCDDyIsLAwnTpzAsmXLMGnSJIwdOxYAkJaWhvj4eMybNw8bN26EwWDAypUrkZ2dbbWXIhHJx7RpN24SjR07FklJSYiJicHHH3+MgIAA0d63r9MkdHXgTAMA906N4O5pCcbcHNz5y4hUlx3TU6YS8IR8uCsP5l5BRET22JoqSQyuuAboqvv1gPA/tLsu/1OtHafrsZQ4HZESYwZuxB1w6ziofNSYPDJC6pDsUsK1iKPXAGxgJMlUnG/8pQtzICprm+CjAi621/dIlxIf2WMbydNbb70FAJg8ebLF9oKCAjzxxBPw9fVFcXExtmzZgqtXryI6OhoZGRlYuXKlkFatVmP37t3IysqCTqfDwIEDkZmZiXXr1rkzK0TkAiEhIbjttttw9uxZpKamoq2tDY2NjRa9F+rr64XpD5yZIgFwfpoEAMI0CVJcPLtrWoJTdZ3D1C7icq/pnPl/6ylTCXhCPsTOg9LPDxG5h62pkrRarSjXAa64Buiq+/9ljdrGP+oux7Z2HGvHUuJ0REqMGQBUPmqo1AMU9b9LztcijsbFBkYichmTqfdJOqKjo3Hw4EG7x4mJicGePa4fykdkVny6580MM/N8PAfONCB1zM3uCskjXblyBefOncO8efOQmJgIjUaDkpISZGRkAACqqqpQU1MDnU4HgFMkEJEHcWRldyIPYm+qJF4HEHk+NjASERGRSzzzzDOYMWMGYmJiUFdXh9WrV0OtVmPOnDkIDg7GwoULkZubi9DQUAQFBWHJkiXQ6XRITk4GwCkSiMhzObLiO5GS2ZsqyeOuA7rcRBhS1yhdHGRVmKEUPiqgos52motRU4TfOWrSNdjASERERC7xww8/YM6cObh06RLCw8Nx77334siRIwgPDwcAbN68GT4+PsjIyEBrayvS09Px5ptvCq/nFAnisrrgWlfqkM6fXHCNiIj6yN5USQCvA4g8HRsYiYiIyCV27NjR635/f3/k5+cjPz/fZhpOkUBERKQ89qZKApR5HcDex0SO85E6ACIiIiIiIiIiIlIuNjASERERERERERGR0zhEmoiIiIiIiCRTUfx/7aZJiA7hHLFERDLGHoxERERERERERETkNPZgJFmxtsJl96Xluy4nb8Zl5YmoL3pbTbfDBLQg0I3REMmDeSL7i+31NtPw/y0RERERWcMGRiIiIhuKT9tuaOmKjS5ERN7L2v+KIXWN7g+EiIhIQmxgJCIiIiIiIiIir2ExokkdYj0R533tEzYwEhEREREROaLqix6b2FuRiEjZzNPEdNd12hiOWLKPDYxEREREJOhtjlLhDn+7yS2xEBEREZEycBVpIiIiIiIiIiIichp7MBIREVkRZiiFj8p+Omsr2xN5KvMQog4TAATiwJkGqNQ9Lyc5jIg8ha1hc0RERGSJDYxEREREREQkf1bmwOyBizIQEUmCDYykONbmhqqo65nOWq8i9qggIiIiIiIiInscWmka4I2NX7CBkYiIqJ+KT9fbTwTe5CAiInKWI8PVE6JDRI+DiIis4yIvRERERERERERE5DT2YCQiIiIiIiIiIrKht17UF9s7RzN5+2glNjCSx3JkrkbO00hE/WWtrumOK00TEREREZEnYwMjERERETklzFAKH5WVHeaJ0DnpORG5UcX5RqEnEQCY2q8DAA6caYBK3fnVl50JiEgs3j4vOxsYiYiI3MSRiw5PveAg72IeRtT1i741/LwTkat1HVnQYQJaEGh5M4Q3QIjIxTiiqZOsF3nJz8/HrbfeCn9/fyQlJeHYsWNSh0REbsQ6gMh7sfwTeTfWAUTei+WfPNGQun3CA1Vf3HhU6zsTVOs7nyuYbHswfvTRR8jNzcXWrVuRlJSELVu2ID09HVVVVYiIiJA6PPIQjszTCHCuRimwDiBP0pe7mt4+tAJg+fck9j775v+5vd3V9+TPOlnHOoDEJCzUcP7/2kyTEB3S+Qt7Obodyz95g64LxnSYACAQlbVN8FEpe8EY2TYwvvLKK1i0aBEWLFgAANi6dSs+//xzvP/++/jDH/7QI31raytaW1uF501NTQCAy5cvw2g09vpeV5obca2lBR3NjfC70uLCXLhHhwlouQY0d7RYnwdJxpQSu+8/d/fYdulKMIztJrS0XMelr3ZBc5vyujwbjUa0tLTg0qVL0Gg0dtP/9NNPAACTySR2aH2qA/pa/rvm+0pTY4/9vgqsB/pDKeXQXaQ6H9bqGWsuR04AAOwq+9Gh9BNvC3c6JuBGebl8+TIA+ZV/oJ/XAE2d59Gd5d4Typyr82D+O1hz6ZJ4l6t9/T8oR+7Kg1yvAQDn64Dun7sBV1oUXzYd5Qn1kCOczWfpN7/8T/jmPZtpRkcF33gy/H4nI3QdMesCTyz/gPX/PWJcDyixvCkxZkCZcXeP2fydoPSftl9j/j7Q3+t8RzlcB5hkqLW11aRWq007d+602D5//nzTf/zHf1h9zerVq00A+OCDDzc8zp8/L6s6gOWfDz7c95Bb+WcdwAcf7n2wDuCDD+99sPzzwYd3P+zVAbLswXjx4kW0t7cjMtKyS2hkZCTOnDlj9TUrVqxAbm6u8LyjowOXL19GWFgYVKrem66bm5sRHR2N8+fPIygoqP8ZcDMlx6/k2AHvi99kMuGnn35CVFSUqHH1tQ7oa/lX+t/N1Xg+LPF8WDKfj5qaGqhUKtmVf6B/1wBS8ITPmCfkAfCMfLgrD3K9BgBcVwd4wufBUd6SV2/JJyBuXr2h/ItJiZ9DJcYMKDNuJcTsaB0gywZGZ/j5+cHPz89iW0hISJ+OERQUJNs/qCOUHL+SYwe8K/7g4GCRo+k7Z8u/0v9ursbzYYnnw1JwcLBsz4crrgGk4AmfMU/IA+AZ+XBHHuR4DQC4vg7whM+Do7wlr96ST0C8vHpL+ReTEj+HSowZUGbcco/ZkTpAlqtIDxkyBGq1GvX1lhPd19fXQ6vVShQVEbkL6wAi78XyT+TdWAcQeS+WfyJlk2UDo6+vLxITE1FSUiJs6+joQElJCXQ6nYSREZE7sA4g8l4s/0TejXUAkfdi+SdSNtkOkc7NzUVmZibGjx+Pu+++G1u2bMHVq1eF1aRcyc/PD6tXr+7RtVoplBy/kmMHGL+YxKwD5JxvKfB8WOL5sCTF+XDnNYAUPOEz5gl5ADwjH56Qh+6kqgM88Vza4i159ZZ8Ap6TV0+8BlDi30aJMQPKjFuJMduiMpncsNa8k9544w388Y9/hMFgQEJCAl577TUkJSVJHRYRuQnrACLvxfJP5N1YBxB5L5Z/ImWSdQMjERERERERERERyZss52AkIiIiIiIiIiIiZWADIxERERERERERETmNDYxERERERERERETkNDYwEhERERERERERkdPYwNjNiy++iHvuuQeBgYEICQmROhy78vPzceutt8Lf3x9JSUk4duyY1CE5rLS0FDNmzEBUVBRUKhV27doldUgOy8vLw1133YXBgwcjIiICM2fORFVVldRhOeStt97C2LFjERQUhKCgIOh0OnzxxRdShyUZpZV5V1NyHeJqSq6TXE3JdZwSKLnceUI58ZTPN/+fi+f777/HwoULERsbi4CAAAwfPhyrV69GW1ub1KG5hJLrIEd5Sjnvq5deegkqlQpLly6VOhSyQSnfPZRWTyjx+sQT6yk2MHbT1taGRx99FFlZWVKHYtdHH32E3NxcrF69Gl9//TXuuOMOpKeno6GhQerQHHL16lXccccdyM/PlzqUPjt48CCys7Nx5MgR6PV6GI1GpKWl4erVq1KHZtctt9yCl156CeXl5fjqq68wZcoUPPzwwzh16pTUoUlCSWXe1ZReh7iakuskV1NyHSd3Si93nlBOPOXzzf/n4jlz5gw6Ojrw9ttv49SpU9i8eTO2bt2K5557TurQ+k3pdZCjPKWc98Xx48fx9ttvY+zYsVKHQr1QwncPJdYTSrw+8ch6ykRWFRQUmIKDg6UOo1d33323KTs7W3je3t5uioqKMuXl5UkYlXMAmHbu3Cl1GE5raGgwATAdPHhQ6lCcctNNN5n+z//5P1KHISkllHlX86Q6xNWUXie5mtLrODnxpHLnKeXEkz7f/H8uno0bN5piY2OlDqPfPKkO6gtPKufW/PTTT6YRI0aY9Hq96b777jM99dRTUodEdsj5u4fS6wmlXp94Qj3FHowK1dbWhvLycqSkpAjbfHx8kJKSgrKyMgkj805NTU0AgNDQUIkj6Zv29nbs2LEDV69ehU6nkzocciPWIdQXSq3j5IblTp484fPN/+fia2pqUvRnBPDuOsgTynlvsrOzMX36dIu/LZEzvLmekJon1FMDpA6AnHPx4kW0t7cjMjLSYntkZCTOnDkjUVTeqaOjA0uXLsWECRNw++23Sx2OQyorK6HT6XDt2jUMGjQIO3fuRHx8vNRhkRuxDiFHKbGOkyuWO/lR+ueb/8/d4+zZs3j99dexadMmqUPpF2+tg5Rezu3ZsWMHvv76axw/flzqUMgDeGs9ITVPqae8ogfjH/7wB6hUql4fLCzkrOzsbJw8eRI7duyQOhSHxcXFoaKiAkePHkVWVhYyMzNx+vRpqcNyGZZ5ItdRYh1H5Cilf749/f+5qzlzfVBbW4sHHngAjz76KBYtWiRR5NQfSi/nvTl//jyeeuopbN++Hf7+/lKH47X43YP6y1PqKa/owfj000/jiSee6DXNr371K/cE4yJDhgyBWq1GfX29xfb6+npotVqJovI+OTk52L17N0pLS3HLLbdIHY7DfH198etf/xoAkJiYiOPHj+PVV1/F22+/LXFkruGJZd7VWIeQI5Rax8kVy528eMLn29P/n7taX68P6urqcP/99+Oee+7BO++8I3J04vPGOsgTynlvysvL0dDQgDvvvFPY1t7ejtLSUrzxxhtobW2FWq2WMELv4EnfPbyxnpCaJ9VTXtHAGB4ejvDwcKnDcClfX18kJiaipKQEM2fOBNDZrbakpAQ5OTnSBucFTCYTlixZgp07d+LAgQOIjY2VOqR+6ejoQGtrq9RhuIwnlnlXYx1CvfG0Ok4uWO7kwZM/3572/9zV+nJ9UFtbi/vvvx+JiYkoKCiAj4/yB355Ux3kyeW8q6lTp6KystJi24IFCzBy5EgsX76cjYtu4knfPbypnpCaJ9ZTXtHA2Bc1NTW4fPkyampq0N7ejoqKCgDAr3/9awwaNEja4LrJzc1FZmYmxo8fj7vvvhtbtmzB1atXsWDBAqlDc8iVK1dw9uxZ4fl3332HiooKhIaGYtiwYRJGZl92djYKCwvx5z//GYMHD4bBYAAABAcHIyAgQOLoerdixQpMmzYNw4YNw08//YTCwkIcOHAAX375pdShSUJJZd7VlF6HuJqS6yRXU3IdJ3dKL3eeUE485fPN/+fiqa2txeTJkxETE4NNmzbh3//+t7BP6T14lF4HOcpTyrk9gwcP7jFf28CBAxEWFqboedw8mRK+eyixnlDi9YlH1lOSrmEtQ5mZmSYAPR779++XOjSrXn/9ddOwYcNMvr6+prvvvtt05MgRqUNy2P79+62e68zMTKlDs8ta3ABMBQUFUodm15NPPmmKiYkx+fr6msLDw01Tp041FRUVSR2WZJRW5l1NyXWIqym5TnI1JddxSqDkcucJ5cRTPt/8fy6egoICm58TT6DkOshRnlLOnXHfffeZnnrqKanDIBuU8t1DafWEEq9PPLGeUplMJlM/2ieJiIiIiIiIyIOVlpbij3/8I8rLy3HhwgXs3LlTGEILAE888QQ++OADi9ekp6dj7969wvPLly9jyZIl+Oyzz+Dj8/+zd+9hTV353sC/IYSbGigCibRIGceiWC0OTiFTtVa51HI8tfL2jJejtHV0hgOeUdrKOOMFtJWp7dTb0DKdWmzfymvb923tqVqHoFU7FS9lynihctA6gxUCRy2gUiFC3j9otkRyA5LsneT7eZ48kL1X9l5rZ6+V5LfXXssHGRkZ2Lx5s0nPvZMnTyI7OxsnTpxAeHg4lixZguXLlzu9fEQ0cB57i3RXVxfq6+sxZMgQyGQysbND5BEMBgOuXbuGyMhISY9FxPpP5HjuUv8BtgFEzsA2gMh7GQwG/POf/8S4cePwzDPPYNasWWbTPfrooygpKRGe+/v7m6yfN28eGhoaoNVqodfr8fTTT2Px4sUoLS0FALS2tiI1NRXJyckoLi7GqVOn8MwzzyAkJASLFy+2K6+s/0SOZ/d3ABF7TzrVxYsXLXY55YMPPgb2uHjxothV3CrWfz74cN5D6vXfYGAbwAcfznxEREQYABg++ugjk3rX1dVlWLVqlUGtVhsCAgIM06ZNM/z3f/+3SZorV64Y5s6daxgyZIghODjY8MwzzxiuXbtmkubvf/+7YeLEiQZ/f3/DPffcY3jppZfYBvDBh0Qexu8AQO82IDMz0/D4449brJfV1dUGAIYTJ04Iyz799FODTCYzXLp0yWAwGAyvvfaa4a677jK0t7cLafLy8gyxsbEWt3vz5k1DS0uL8DDuhw8++HD8w9bvAI/twThkyBAAwMWLF6FUKu1+nV6vR1lZGVJTU6FQKJyVPZfyxDIBnlkuqZeptbUVUVFRQv2Sqv7Wf08i9XNJTDw25tk6Lu5S/wHntwGefA55ctkAzy6fs8v28ccfY8GCBfjDH/6A+fPn91q/YcMGbNmyBW+//TZiYmKwatUqpKWlobq6GgEBAQBc03sJsL8NcKfzwZ3yCjC/ziRGXu39DnDw4EFERETgrrvuwtSpU/HCCy9g6NChAICKigqEhIRgwoQJQvrk5GT4+Pjg2LFjeOKJJ1BRUYHJkyfDz89PSJOWloaXXnoJ3333He66665e+ywsLERBQUGv5W+++SaCgoL6W2Qi6qGtrQ2/+MUvbLYBHhtgNHaHViqVfQ4wBgUFQalUSv7DxV6eWCbAM8vlLmWS+u0G/a3/nsRdziUx8NiYZ+9xkXr9B5zfBnjyOeTJZQM8u3zOLtvjjz8OAPjXf/3XXusMBgM2bdqElStXCuneeecdqFQq7Nq1C7Nnz8bXX3+Nffv24cSJE0KAYevWrXjsscfwyiuvIDIyEjt27EBHRwfeeust+Pn5YcyYMaiqqsKrr77apwCjvW2AO50P7pRXgPl1JjHzau07wKOPPopZs2YhJiYG58+fx29/+1tMnz4dFRUVkMvl0Ol0iIiIMHmNr68vQkNDhdlzdTodYmJiTNKoVCphnbkA44oVK5Cbmys8NwZDZ86c6Ra/A/R6PbRaLVJSUiR/7vWFJ5bLm8vU2tqKX/ziFzZ/B3hsgJGIiIiIiJzvwoUL0Ol0SE5OFpYFBwcjMTERFRUVmD17ttN6LwFAe3s72tvbheetra0Aun846fV6i/k2rrOWRircKa8A8+tMYuTVnn3Nnj1b+H/s2LEYN24cRowYgYMHD2LatGlOy5u/v3+vsR4BQKFQuFUQyN3yay9PLJc3lsne8jLASERERERE/WbsfWTsaWSkUqlMeiY5o/cSYPkWybKyMrtukdRqtTbTSIU75RVgfp3JlXlta2vr82t+9KMfISwsDOfOncO0adOgVqvR1NRkkubWrVu4evUq1Go1AECtVqOxsdEkjfG5MQ0RSRcDjOTRyqsbbaZJjlPZTEPkNmo+7f7baej+W6sF5P28pTV2umPyRERuiZ+h5C4s3SKZmppq9RbJz6ob8P0/vkLgveMh85FbTDdlVITFda7ibrfmMb/OI0Zejb2C++Lbb7/FlStXMGzYMACARqNBc3MzKisrkZCQAAA4cOAAurq6kJiYKKT53e9+B71eL5RNq9UiNjbW4gUGhzB+f7aF342JrGKAkYiIiIiI+s3Ys6ixsVEIJhifx8fHC2mc1Xupv7dIGoOKMh85ZHLLP4ukFHByt1vzmF/ncWVejfs5efIkBg8eDKB7aISqqiqEhoYiNDQUBQUFyMjIgFqtxvnz57F8+XL8+Mc/RlpaGgBg9OjRePTRR7Fo0SIUFxdDr9cjJycHs2fPRmRkJABg7ty5KCgowMKFC5GXl4fTp09j8+bN2Lhxo0vKSUQDwwAjEREREZmq1SKsvsVqksuRU12UGZK6mJgYqNVq7N+/Xwgotra24tixY8jKygIg8d5LRGSXSZMmCf8bew1nZmbi9ddfx8mTJ/H222+jubkZkZGRSE1Nxbp160yC/zt27EBOTg6mTZsGHx8fZGRkYMuWLcL64OBglJWVITs7GwkJCQgLC8Pq1av7NMlTXxh76ofVN1tMEx8V4pR9E3kiBhiJiIiIiMiq69evA+juwQSY9l4aPnw4li5dihdeeAEjR45ETEwMVq1ahcjISMycOROAe/ReCqs/YH6FPOT2/7xFkrxYS0uLxWEH/vKXv9h8fWhoKEpLS62mGTduHD7//PN+5Y+IxMUAIxERERERWfXVV18BuN2DqWfvpe3bt2P58uW4ceMGFi9ejObmZkycOBH79u1DQECAsA2p9V4iIiIix/Hp6wsOHz6MGTNmIDIyEjKZDLt27TJZbzAYsHr1agwbNgyBgYFITk5GbW2tSZqrV69i3rx5UCqVCAkJwcKFC4WrokYnT57EpEmTEBAQgKioKGzYsKHvpSMiIiIiogEzBhZbWlpgMBiEx/bt2wEAMpkMa9euhU6nw82bN1FeXo777rvPZBvG3kvXrl1DS0sL3nrrLWE8NyNj76WbN2/i22+/RV5enkvKR0RERAPT5wDjjRs38MADD6CoqMjs+g0bNmDLli0oLi7GsWPHMGjQIKSlpeHmzZtCmnnz5uHMmTPQarXYvXs3Dh8+bHJlsrW1FampqYiOjkZlZSVefvll5Ofn44033uhHEYmIiIiIiIiIiMhZ+nyL9PTp0zF9uvmxRwwGAzZt2oSVK1fi8ccfBwC88847UKlU2LVrF2bPno2vv/4a+/btw4kTJzBhwgQAwNatW/HYY4/hlVdeQWRkJHbs2IGOjg689dZb8PPzw5gxY1BVVYVXX32Vt0gQERERERERERFJiEPHYLxw4QJ0Oh2Sk5OFZcHBwUhMTERFRQVmz56NiooKhISECMFFAEhOToaPjw+OHTuGJ554AhUVFZg8eTL8/PyENGlpaXjppZfw3XffmZ1Frr29He3t7cLz1tZWAIBer4der7e7DMa0fXmN1HlimQD7ymXovGX3dqRA6u+VVPPlFWo+FTsHRERERERERGY5NMCo0+kAACqVymS5SqUS1ul0OkRERJhmwtcXoaGhJmliYmJ6bcO4zlyAsbCwEAUFBb2Wl5WVISgoqM9l0Wq1fX6N1HlimYCBl2vvNw7KiANJ9b1qa2sTOwvUR6cutcBH1r/XXu5sBAAkx6lspCRv8vOf/xx///vf0dDQgI8++kiYIRbovpNhzZo1+POf/4zm5mY89NBDeP311zFy5EghzdWrV7FkyRJ88sknwiQPmzdvNhmH7eTJk8jOzsaJEycQHh6OJUuWYPny5a4sJhERERER9YHHzCK9YsUKYTY7oLsHY1RUFFJTU6FUKu3ejl6vh1arRUpKChQKhTOy6nKeWCbAvnIdPNtk8fVDdYcBAGPvDra+o5Ep/c5jX0n9vTL2DCYi73X//fdj8eLFmDVrVq91xnGY3377bcTExGDVqlVIS0tDdXW1MJPsvHnz0NDQAK1WC71ej6effhqLFy9GaWkpgNvjMCcnJ6O4uBinTp3CM888g5CQEA6TIkHl1Y020/AiBREREZHnc2iAUa1WAwAaGxsxbNgwYXljYyPi4+OFNE1NpkGfW7du4erVq8Lr1Wo1GhtNv7AanxvT3Mnf3x/+/v69lisUin4Favr7OinzxDIB1sslk1s+xY29us7Ut1jd/mVcdfmPI6m+V/bk6d5778U///nPXsv/4z/+A0VFRZgyZQoOHTpksu6Xv/wliouLhed1dXXIysrCZ599hsGDByMzMxOFhYXw9fWYayJEbmvVqlVmL9yJOQ6zo4ZJsZfUh7MYCKFsnQZ0GaynDb10wL5tjvxfA82Ww3jFe+eksnniMSMiIiLHceiv9ZiYGKjVauzfv18IKLa2tuLYsWPIysoCAGg0GjQ3N6OyshIJCQkAgAMHDqCrqwuJiYlCmt/97nfQ6/VCQEOr1SI2Ntbs7dFEJB0nTpxAZ2en8Pz06dNISUnBk08+KSxbtGgR1q5dKzzvOYxBZ2cn0tPToVarceTIETQ0NGDBggVQKBRYv369awpBRH0m5jjMjh4mxV5SHc7CEbTf3ALgmGN3ce9eh2zHkTz6vXNS2ThMChEREVnT5wDj9evXce7cOeH5hQsXUFVVhdDQUAwfPhxLly7FCy+8gJEjRwq3R0VGRgpjNI0ePRqPPvooFi1ahOLiYuj1euTk5GD27NmIjIwEAMydOxcFBQVYuHAh8vLycPr0aWzevBkbN250TKnJs/WYDCOsvlm8fHip8PBwk+e///3vMWLECDz88MPCsqCgIIu9kcvKylBdXY3y8nKoVCrEx8dj3bp1yMvLQ35+vknQgYikQ8xxmB01TIq9pD6cxUAIZfuRL87qHDMsxtgp0urB6PHvnZPKxmFSiIiIyJo+Bxi//PJLPPLII8Jz4xf6zMxMbN++HcuXL8eNGzewePFiNDc3Y+LEidi3b58w9hIA7NixAzk5OZg2bZowwPuWLVuE9cHBwSgrK0N2djYSEhIQFhaG1atXc+wlIjfT0dGBd999F7m5uZDJbs80smPHDrz77rtQq9WYMWMGVq1aJfQyqqiowNixY02CFGlpacjKysKZM2cwfvz4Xvtx9e2Roui0ca/iHfQ/pLd1i6M1xlnYPeYY/sCTb5EcCFvHRcrHy9HDpNhLqsNZOIJCLuv3BFG9tiXBY+TR752Tyuapx4uIiIgco88BxilTpsBgsPyLVSaTYe3atSa3P94pNDRUGMzdknHjxuHzzz/va/aISEJ27dqF5uZmPPXUU8KyuXPnIjo6GpGRkTh58iTy8vJQU1ODDz/8EEB3DyVzPaCM68wR6/ZId3Dp+wGU/5svAUhzpnVH8ORbJAfC0nGxdXukmOMwExERERGRuDhjAhE5zbZt2zB9+nRh+AMAJj2Rx44di2HDhmHatGk4f/48RowY0a/9uPr2SFHU9i0Ypu80QPvNLdwd2NbvXkhX1JMBAFNGRdhI6V48+RbJgbB1XGzdHslxmImIiIiIvBcDjETkFP/85z9RXl4u9Ey0xBhUOHfuHEaMGAG1Wo3jx4+bpHH1LPKSJDeNElZdbLaavPvW6CD4yNDvAKNxFnaPOYZ38Kjzw4EsHRfjspMnT2Lw4MEAOA4zERERERF1Y4CRiJyipKQEERERSE9Pt5quqqoKAIRbKjUaDV588UU0NTUJk0FotVoolUrExcU5Nc9EZNukSZOE/zkOMxHRAPSYmNAm41jMtdpeFx0BALHTHZMnIiKifmKAkYgcrqurCyUlJcjMzISv7+1m5vz58ygtLcVjjz2GoUOH4uTJk1i2bBkmT56McePGAQBSU1MRFxeH+fPnY8OGDdDpdFi5ciWys7PN9lIkItdqaWmxOPQAx2EmIhKJvcFKBiKJiMhJGGAkIocrLy9HXV0dnnnmGZPlfn5+KC8vx6ZNm3Djxg1ERUUhIyMDK1euFNLI5XLs3r0bWVlZ0Gg0GDRoEDIzM60GLMg5wuoPdP8jD7GciD9UiIiIiIiIvB4DjETkcKmpqWZnm4+KisKhQ4dsvj46Ohp79+51RtaIiLzbD72cLI3jahy/9dSlln6P30pERERE3ocBRnJbB882CX+Nk1EAQFh9s0g5IiIiIiIiIiLyPgwwEhGRVdZmrL7c2T3Dd3KcykW5ISIiIiIiIqnxETsDRERERERERERE5L4YYCQiIiIiIiIiIqJ+Y4CRiIiIiIiIiIiI+o0BRiIiIiIiIiIiIuo3BhiJiIiIiIiIiIio3xhgJCIiIiIiIiIion7zFTsDREREREREZL+qi812pYuPCnFqPoiIiIzYg5GIiIiIiEgiqi4293qcutQCADh1qcXu4CKRo/385z9HZGQkZDIZdu3aZbLOYDBg9erVGDZsGAIDA5GcnIza2lqTNFevXsW8efOgVCoREhKChQsX4vr16yZpTp48iUmTJiEgIABRUVHYsGGDs4tFRA7CACMRERERERERWXX//fejqKjI7LoNGzZgy5YtKC4uxrFjxzBo0CCkpaXh5s2bQpp58+bhzJkz0Gq12L17Nw4fPozFixcL61tbW5Gamoro6GhUVlbi5ZdfRn5+Pt544w2nl42IBo63SBMRERERERGRVatWrYJSqey13GAwYNOmTVi5ciUef/xxAMA777wDlUqFXbt2Yfbs2fj666+xb98+nDhxAhMmTAAAbN26FY899hheeeUVREZGYseOHejo6MBbb70FPz8/jBkzBlVVVXj11VdNApE9tbe3o729XXje2toKANDr9dDr9VbLY+i8BQDoMlhOo+/ssdLG9vqkVmuyff3ZMkAuM00zMsVx+3Mx47G39R64E28uk71lZoCRyIaw+gOAPMR6otjpLskLeaiaT8XOAREREXmgO2+nvtzZ2CtNcpzKRbkhT3XhwgXodDokJycLy4KDg5GYmIiKigrMnj0bFRUVCAkJEYKLAJCcnAwfHx8cO3YMTzzxBCoqKjB58mT4+fkJadLS0vDSSy/hu+++w1133dVr34WFhSgoKOi1vKysDEFBQXblvw2W012s7RFYqd1r1/b6Q/vNrd4Lnbg/V9FqtWJnweG8sUxtbW12bYcBRiIiIiIiIiLqF51OBwBQqUyD1SqVSlin0+kQERFhst7X1xehoaEmaWJiYnptw7jOXIBxxYoVyM3NFZ63trYiKioKqampZntb9nTwbBMAYKjusMU0Y+8Ovv3EkT0Ke/Rg1H5zCyk/8oXCw3owarVapKSkQKFQiJ0dh/DmMhl7BtvCACMRERERERERuR1/f3/4+/v3Wq5QKGwGgWTy7nCIj8xyGpOgnyODSncEExVyWe8AowcEsex5H9yNN5bJ3vIywEhEJDGcHZKIiIicIaz+QO+F5oYC4vA/1AdqtRoA0NjYiGHDhgnLGxsbER8fL6Rpamoyed2tW7dw9epV4fVqtRqNjaa38RufG9MQkXQxwEhERERERORk5dWmgZOw+mZxMkLkYDExMVCr1di/f78QUGxtbcWxY8eQlZUFANBoNGhubkZlZSUSEhIAAAcOHEBXVxcSExOFNL/73e+g1+uFHlNarRaxsbFmb48mImlhgJHcxx0TYQzVNaMNQRiqO2y1WzsRERGJ586gijmcZIKISPpOnjyJwYMHA+ie2KWqqgqhoaEYPnw4li5dihdeeAEjR45ETEwMVq1ahcjISMycORMAMHr0aDz66KNYtGgRiouLodfrkZOTg9mzZyMyMhIAMHfuXBQUFGDhwoXIy8vD6dOnsXnzZmzcuFGsIhNRHzDASERERERE5Eh3XBgH2GOR3N+kSZOE/40Tq2RmZmL79u1Yvnw5bty4gcWLF6O5uRkTJ07Evn37EBAQILxmx44dyMnJwbRp0+Dj44OMjAxs2bJFWB8cHIyysjJkZ2cjISEBYWFhWL16NRYvXuy6QhJRvzHASERejT1riIicy+yYb3eKm+P8jBAR0YC0tLRYnJlZJpNh7dq1WLt2rcXXh4aGorS01Oo+xo0bh88//3xA+SQicTDASETUAwc/JyIiIiIiIuobH7EzQOQOqi42W33Y0wvOG+Tn50Mmk5k8Ro0aJay/efMmsrOzMXToUAwePBgZGRm9Zoqrq6tDeno6goKCEBERgeeffx63bt1ydVGIiIiIiIiIyE7swUhEDjVmzBiUl5cLz319bzczy5Ytw549e/DBBx8gODgYOTk5mDVrFr744gsAQGdnJ9LT06FWq3HkyBE0NDRgwYIFUCgUWL9+vcvLQkRERERERES2McBIRA7l6+sLtVrda3lLSwu2bduG0tJSTJ06FQBQUlKC0aNH4+jRo0hKSkJZWRmqq6tRXl4OlUqF+Ph4rFu3Dnl5ecjPz4efn5+ri0NERERERERENjDASEQOVVtbi8jISAQEBECj0aCwsBDDhw9HZWUl9Ho9kpOThbSjRo3C8OHDUVFRgaSkJFRUVGDs2LFQqW5PqpKWloasrCycOXMG48ePN7vP9vZ2tLe3C89bW1sBAHq9Hnq93mp+DZ2mt193GXqn0XeaW2h9u31yx/bN5aGvjNtwxLasMR4/W8dZSox5dac8u4Kt48LjRUREREREljDASEQOk5iYiO3btyM2NhYNDQ0oKCjApEmTcPr0aeh0Ovj5+SEkJMTkNSqVCjqdDgCg0+lMgovG9cZ1lhQWFqKgoKDX8rKyMgQFBfWpDG3onf5irZnASu3ePm23b/qWZ2sufe+4bZn1zZcAgL3fOHc3zqDVasXOgiRZOi5tbW0uzgkREblC1cXmXssud5qOkZ0cp+qVhoiIqCcGGInIYaZPvz2z8rhx45CYmIjo6Gi8//77CAwMdNp+V6xYgdzcXOF5a2sroqKikJqaCqVSafW1B882mTwfqjvcK83Yu4N7v3BkSv8ya06taUDn1KWWAW+yy9AdXLw7sA0+sgFvzqIr6skAgCmjIpy3EwfT6/XQarVISUmBQqEQOzuSYeu4GHsGk4TVfCp2DoiIiLzbAD6LewX7L/4fk6fxUSHmXxg73fxyIhdjgJGInCYkJAT33Xcfzp07h5SUFHR0dKC5udmkF2NjY6MwZqNarcbx48dNtmGcZdrcuI5G/v7+8Pf377VcoVDYDCDJ5KbNoLlgnEJubqEDA1N3bN+RAUEfmWO3dyfj8XPHQJ0954c3snRceKzch7neSEREREREzsQAIxE5zfXr13H+/HnMnz8fCQkJUCgU2L9/PzIyMgAANTU1qKurg0ajAQBoNBq8+OKLaGpqQkREd484rVYLpVKJuLg40cpBloXVHwAAVNVbT3c5cipvryIiIiIiIvJQPmJngIg8x3PPPYdDhw7hH//4B44cOYInnngCcrkcc+bMQXBwMBYuXIjc3Fx89tlnqKysxNNPPw2NRoOkpCQAQGpqKuLi4jB//nz8/e9/x1/+8hesXLkS2dnZZnsoEhERkXTk5+dDJpOZPEaNGiWsv3nzJrKzszF06FAMHjwYGRkZwp0KRnV1dUhPT0dQUBAiIiLw/PPP49atW3fuioiIiCSGPRiJyGG+/fZbzJkzB1euXEF4eDgmTpyIo0ePIjw8HACwceNG+Pj4ICMjA+3t7UhLS8Nrr70mvF4ul2P37t3IysqCRqPBoEGDkJmZibVr14pVJCIiIuqDMWPGoLy8XHju63v758ayZcuwZ88efPDBBwgODkZOTg5mzZqFL774AgDQ2dmJ9PR0qNVqHDlyBA0NDViwYAEUCgXWr1/v8rIQERGR/RhgJCKH2blzp9X1AQEBKCoqQlFRkcU00dHR2LvXmTM0ExERkbP4+vqaHTe5paUF27ZtQ2lpKaZOnQoAKCkpwejRo3H06FEkJSWhrKwM1dXVKC8vh0qlQnx8PNatW4e8vDzk5+fDz8/P1cWxW3m1aU/MsPpmcTJCRJJkaXzkLgMABOHUpRanjptO5AoMMBIRERERkUPU1tYiMjISAQEB0Gg0KCwsxPDhw1FZWQm9Xo/k5GQh7ahRozB8+HBUVFQgKSkJFRUVGDt2LFSq22P2pqWlISsrC2fOnMH48ePN7rO9vR3t7e3Cc+Os93q9Hnq93mJeDV2dJn+7f+j3pu/sscLC9gydprdxW9pWfxm35+jtWnJneawdR3OM6fv6OrG4U37FyKs7HBciEh8DjERERERENGCJiYnYvn07YmNj0dDQgIKCAkyaNAmnT5+GTqeDn58fQkJCTF6jUqmg0+kAADqdziS4aFxvXGdJYWEhCgoKei0vKytDUFCQzXx//4+vAABtMJ/2Ym2P4EqtfXdZWNrWQF363jnb7eWbL02e7v2mf5vRarUOyIzruFN+XZnXtrY2l+2LiNyXwwOM+fn5vT7gY2NjcfbsWQDdgzs/++yz2Llzp8kYbD2/TNTV1SErKwufffYZBg8ejMzMTBQWFpqM4UJERERERNIxffp04f9x48YhMTER0dHReP/99xEYGOi0/a5YsQK5ubnC89bWVkRFRSE1NRVKpdLi6z6rbsD3//gKgfeOh8xHjqG6w2bTjb07+PaTkSlm0xw822Ty3NK2+qvL0B1cvDuwzSW3UV5RTzZ5PmVURJ9er9frodVqkZKSAoVC4cisOYU75VeMvBp7BRMRWeOUiB0HdyYiAlDzqdg5ICIiEk1ISAjuu+8+nDt3DikpKejo6EBzc7NJL8bGxkZhzEa1Wo3jx4+bbMM4y7S5cR2N/P394e/v32u5QqGwGoCR+ciFvzK5r8XAnULeY4WF7cnkpj+rnBUE9JE5b9s93Vme/gaybL0HUuNO+XVlXt3lmHg6S+M4Xu68PQZscpzKbBoiV/BxxkaNgzsbH2FhYQBuD+786quvYurUqUhISEBJSQmOHDmCo0ePAoAwuPO7776L+Ph4TJ8+HevWrUNRURE6OjqckV0iIiJygPz8fMhkMpPHqFGjhPU3b95EdnY2hg4disGDByMjI0MIHhjV1dUhPT0dQUFBiIiIwPPPP49bt27duSsicgPXr1/H+fPnMWzYMCQkJEChUGD//v3C+pqaGtTV1UGj0QAANBoNTp06haam270BtVotlEol4uLiXJ5/s2o+NfsIqz9g8iAiIvI2TunB6E6DO9/JnQb4tZfHlKnTdFRrVw92bY2h85ZDjq/U3yup5stdWLrqSORJeBcDkfd67rnnMGPGDERHR6O+vh5r1qyBXC7HnDlzEBwcjIULFyI3NxehoaFQKpVYsmQJNBoNkpKSAACpqamIi4vD/PnzsWHDBuh0OqxcuRLZ2dlmeyiS8/QKkspDeieKnd57GREReS2HBxjddXDnO7nTAL/28rwydb+vLhvs2ppvvuz34NfmSPW94gDPRGSL8S6GOxnvYigtLcXUqVMBACUlJRg9ejSOHj2KpKQk4S6G8vJyqFQqxMfHY926dcjLy0N+fj78/PxcXRwi6oNvv/0Wc+bMwZUrVxAeHo6JEyfi6NGjCA8PBwBs3LgRPj4+yMjIMBmL3Ugul2P37t3IysqCRqPBoEGDkJmZibVr14pVJCIiIrKTwwOM7ja4853caYBfe3lMmWpNg25//7bFpYNdW3NFPbnPg1+bI/X3igM8E5Et7nwXg70k29v8h57+A+nZL9bdAa46lpJ97xzA2WWzZ7s7d+60uj4gIABFRUUoKiqymCY6Ohp799o3UzMRkUtxfHUiq5w+LbPUB3e2xJ0G+LWX25dJbhpFNAYVXTXYtTUyua9Dj61U3ysp5omIpMNT7mKwl1R7mxt7+A+Eq+8OuOjigJJ037uBc1bZeBcDERERWeP0AKNxcOf58+ebDO6ckZEBwPzgzi+++CKampoQEdHdI0xygzsTERFRL+5+F4O9JNvb/Iee/qcutfR7E10GiHJ3wNgp/8sl+5Hse+cAzi6bN9/FwDGUiYiIbHN4gJGDO5MjlFc39loWVt/s+owQEVG/uetdDPaSXG/zH3r6OyIw6Oq7A1x9HCX33jmQs8rmqceLiGigeBGCqJvDA4wc3Jm8UVj9AfOz692Js+0RkRfhXQxERJ7BXADlcmfvDgHJcapey4iIyDs4PMDIwZ2JiIi8E+9iICIiIiLyTk4fg5GIiIi8A+9iICIiIiLyTgwwEhH1R82nYueASHJ4FwMRERGRa4XVH7j9xNqwXRyui5yMAUYiIiIiKetxQYMDyRMRkRTl5+ejoKDAZFlsbCzOnj0LALh58yaeffZZ7Ny50+QuBpXq9riddXV1yMrKwmeffYbBgwcjMzMThYWF8PVl2ILIHbCmEhE5AH/0ExEREZE3GzNmDMrLy4XnPQODy5Ytw549e/DBBx8gODgYOTk5mDVrFr744gsAQGdnJ9LT06FWq3HkyBE0NDRgwYIFUCgUWL9+vcvLQkR9xwAjScMdt5uG1TeLkw8iIiIiIiLqM19fX6jV6l7LW1pasG3bNpSWlmLq1KkAgJKSEowePRpHjx5FUlISysrKUF1djfLycqhUKsTHx2PdunXIy8tDfn4+/Pz8XF0cIuojBhiJiIiISFz2jmvL8aOIiCSrtrYWkZGRCAgIgEajQWFhIYYPH47Kykro9XokJycLaUeNGoXhw4ejoqICSUlJqKiowNixY01umU5LS0NWVhbOnDmD8ePHm91ne3s72tvbheetra0AAL1eD71ebzW/hs5bAIAug+U0f6trtlXsATHu21oe+sJafq90XAIATBkV4ZidWWE89rbeA3fizWWyt8wMMBIRERERERFRvyUmJmL79u2IjY1FQ0MDCgoKMGnSJJw+fRo6nQ5+fn4ICQkxeY1KpYJOpwMA6HQ6k+Cicb1xnSWFhYW9xn4EgLKyMgQFBdmV9zbYl86ZLn3vgjx88yUAYO83zt+VkVardd3OXMQby9TW1mbXdhhgJJcrr27stYy3RJOUcXxFIiIiIiLLpk+/3cN83LhxSExMRHR0NN5//30EBgY6bb8rVqxAbm6u8Ly1tRVRUVFITU2FUqm0+tqDZ5sAAEN1h52WP1u6DN3BxbsD2+Ajc+6+rqgnA3BdD0atVouUlBQoFAqn788VvLlMxp7BtjDASEQOU1hYiA8//BBnz55FYGAgfvazn+Gll15CbGyskGbKlCk4dOiQyet++ctfori4WHjOGeQ8T1j9AVTVW09zOXIqkuNU1hMRERERkeSFhITgvvvuw7lz55CSkoKOjg40Nzeb9GJsbGwUxmxUq9U4fvy4yTYaGxuFdZb4+/vD39+/13KFQmEzCCSTd/+2cHZgzx4+Mufnw1heVwbH7Hkf3I03lsne8vo4KkNERIcOHUJ2djaOHj0KrVYLvV6P1NRU3LhxwyTdokWL0NDQIDw2bNggrDPOINfR0YEjR47g7bffxvbt27F69WpXF4eIiFyk6mKzzQcREbmP69ev4/z58xg2bBgSEhKgUCiwf/9+YX1NTQ3q6uqg0WgAABqNBqdOnUJTU5OQRqvVQqlUIi4uzuX5J6K+Y3cgcqg7b38Oqz/QK02YqzJDLrdv3z6T59u3b0dERAQqKysxefJkYXlQUJDFK5GcQY6IiIiIyL0899xzmDFjBqKjo1FfX481a9ZALpdjzpw5CA4OxsKFC5Gbm4vQ0FAolUosWbIEGo0GSUlJAIDU1FTExcVh/vz52LBhA3Q6HVauXIns7GyzPRSJSHoYYKT+sTDbI8dSpJ5aWloAAKGhoSbLd+zYgXfffRdqtRozZszAqlWrhEGY+zODnCNmjzNy1AxuYnP0jHSuYOi85ZJZ2TxxBjhHsHVceLyIiIjIkm+//RZz5szBlStXEB4ejokTJ+Lo0aMIDw8HAGzcuBE+Pj7IyMhAe3s70tLS8Nprrwmvl8vl2L17N7KysqDRaDBo0CBkZmZi7dq1YhWJiPqIAUYicoquri4sXboUDz30EO6//35h+dy5cxEdHY3IyEicPHkSeXl5qKmpwYcffgigfzPIOWL2OCMpzCLnSC6Zkc5RvvmSs9pJgKXjYu/scUREROR9du7caXV9QEAAioqKUFRUZDFNdHQ09u7d6+isEZGLMMBIdut5+zN7KpIt2dnZOH36NP7617+aLF+8eLHw/9ixYzFs2DBMmzYN58+fx4gRI/q1L0fMHmck5ixyjuTKGekc5Yp6Mme1E5Gt42Lv7HFEREREROR9GGAkIofLycnB7t27cfjwYdxzzz1W0yYmJgIAzp07hxEjRvRrBjlHzB5n5C7BOHu5YkY6R5HJfTmrnQRYOi48VkREREREZAkDjNQbx1ekfjIYDFiyZAk++ugjHDx4EDExMTZfU1VVBQAYNmwYgO4Z5F588UU0NTUhIqK7NxtnkCMiIiKSFnOTOUIe0v2384dBoGu1QNxjLssTERGJhwFGIgeputhsM018rPPzIabs7GyUlpbi448/xpAhQ4QxE4ODgxEYGIjz58+jtLQUjz32GIYOHYqTJ09i2bJlmDx5MsaNGweAM8gRERERuSvj9+HuSeaCcOpSC66i0SRNcpyq1+uIiMj9McBIRA7z+uuvAwCmTJlisrykpARPPfUU/Pz8UF5ejk2bNuHGjRuIiopCRkYGVq5cKaTlDHJERERERESOJfQ6NvY0Nid2ukvyQp6JAUZvUqsF5OYHY7On9x2RLQaDwer6qKgoHDp0yOZ2OIMcERERERGR41n77X+5s7vHMXsaU3/4iJ0BIiIiIiIiIiIicl/swUhEREQEWJzkzIQjbx2yZ39ERERERG6AAUYiIiLyWuXVtycfCKtvNpsmPirENZkhIiIiInJTvEWaiIiIiIiIiIiI+o09GD2BrVusOq1PvEFERERERERERNRfDDASEZFk9Lxd1RrObEeeyNqsjkREREREUsYAoxc4dakFQBBOXWqBj0zs3BARmRdWf8CudJcjpzo5J0RERERERNQXDDASuRJvZyciIiIiL9LrAqI8pHei2OkuyQsRETkPA4xEREREjnbHBSXe/kxE1M1ce3i503SIFA6FQiQue4YtYj2lOzHASERERETuwdadAEbsDUVERNRnHLKIBsJH7AwQERERERERERGR+2KAkYiIiIiIiIiIiPqNt0gTERER2avm09sTctVqAbkMAMdYJCIiIiLvxgAjEREREUmePUHc+KgQp+eDiIiIiHpjgNHNlVc3Iqy+WexsEBERERERERGRl2KAkYiIiMiKO3vOdRkAIAinLrXARyZGjoiIiIiIpIUBRimr+dRmEvZeJCIiIiIiIiJXCas/gKp6y+uNF2PJuzDACAiBvKqLzbd7JRz8vya9Ei5HTgUAJMepXJ8/IiIS2PpCA3S32WyviYiI3ENY/QGT55Y+542/yYz4WU9EJB0MMIrFjt6JnJHS89h6T3mlh4iIiIiIiIjcDQOMjmZH4JCIiIiIiIiIyJPdeWeoOfHJc1yTGXI6BhjtJHTbl4fYTMueh0RERERERERE5C0kHWAsKirCyy+/DJ1OhwceeABbt27Fgw8+KHa2iJyvVgvIbVzqiZ3umryIiG0A9Ze1cRp7jrV79e6p5hP1wPGdxMH6TwNi6Y6STkP331otEPeY6/JDfcY2gMh7sf4TuSfJBhjfe+895Obmori4GImJidi0aRPS0tJQU1ODiIgI0fLF3olEriHVNoA8y52DypsVx9s2XI31n/qLYx17BrYBZIk9k8FwIhj3xvrvfarK/4/NNPFRIV7RwcbdSTbA+Oqrr2LRokV4+umnAQDFxcXYs2cP3nrrLfzmN78ROXdEznXqUovVsSrio0LsH+/TTRtitgFE3ov1n8i7sQ2ggejPjNSGzlvOzBL1Aes/mVN1sRm4aD0QGR8VYv8G3fQ3stRJMsDY0dGByspKrFixQljm4+OD5ORkVFRUmH1Ne3s72tvbhectLS0AgKtXr0Kv11vfYcsNAEDr9TZ0GYC2m0BrV5vNwUjdhSeWCfDMctlbpistCvs3euXKwDP2g2vXrgEADAaDw7ZpTl/bgIHU/+st35k897veNpCsS4Yn1g9H6euxObxrm0P2OyYy2P7EIx5xyD77Qq/Xo62tDVeuXIFC0buNkWr9BxzXBthb/z25fnly2YDb5fuipg0+/225bpvUVxHqY3/YqsMD5YltwPXWZtxsa0NXazNkPnJJfwdwt7rpDvn1++/dwv/d+Q3ClS93QdFzmCIJ1n9n13VzPLH+A7e/A4hZ992hrvSHGOU6/HUf3sev+/793thOfLH7HZMyXVU9ZNfrQxu/6LWs1+8DF7c59rYn9rYBkgwwXr58GZ2dnVCpTLuzq1QqnD171uxrCgsLUVBQ0Gt5TEyMU/JI5M2uXbuG4OA+BEv6qK9tAOs/ketIrf4DbAOIXIltAJH3Yv0n8m622gBJBhj7Y8WKFcjNzRWed3V14erVqxg6dChkMvtD5q2trYiKisLFixehVCqdkVWX88QyAZ5ZLqmXyWAw4Nq1a4iMjBQ7KyYcVf89idTPJTHx2Jhn67hItf4Drm8DPPkc8uSyAZ5dPmeXzRPbAHc6H9wprwDz60xi5NUT679UuNO51xeeWC5vLpO9bYAkA4xhYWGQy+VobGw0Wd7Y2Ai1Wm32Nf7+/vD39zdZFhIS0u88KJVKjzlpjDyxTIBnlkvKZXLmVUujvrYBjq7/nkTK55LYeGzMs3ZcpFj/AfHaAE8+hzy5bIBnl8+ZZfPUNsCdzgd3yivA/DqTq/PqqfVfKtzp3OsLTyyXt5bJnjbAx1EZciQ/Pz8kJCRg//79wrKuri7s378fGo1GxJwRkSuwDSDyXqz/RN6NbQCR92L9J3JvkuzBCAC5ubnIzMzEhAkT8OCDD2LTpk24ceOGMJsUEXk2tgFE3ov1n8i7sQ0g8l6s/0TuS7IBxp///Of4n//5H6xevRo6nQ7x8fHYt29frwFfHc3f3x9r1qzp1c3anXlimQDPLJcnlqm/xGoDPAXPJct4bMyT0nGRev2X0rFyNE8uG+DZ5fOksrmqDXCnY+ZOeQWYX2dyp7z2h9S/Aziap76fnlgulsk2mcHZc80TERERERERERGRx5LkGIxERERERERERETkHhhgJCIiIiIiIiIion5jgJGIiIiIiIiIiIj6jQFGIiIiIiIiIiIi6jcGGO3U3t6O+Ph4yGQyVFVViZ2dfvvHP/6BhQsXIiYmBoGBgRgxYgTWrFmDjo4OsbPWJ0VFRbj33nsREBCAxMREHD9+XOwsDUhhYSF++tOfYsiQIYiIiMDMmTNRU1MjdrbIjXlaHRko1jH7/f73v4dMJsPSpUvFzorkecpnak+e2nZ4UxvAOtw/L774In72s58hKCgIISEhYmenF3epm4cPH8aMGTMQGRkJmUyGXbt2iZ0li9ytXXj99dcxbtw4KJVKKJVKaDQafPrpp2JniwbIXeq2PdytTvWHJ33GXrp0Cf/+7/+OoUOHIjAwEGPHjsWXX345oG0ywGin5cuXIzIyUuxsDNjZs2fR1dWFP/3pTzhz5gw2btyI4uJi/Pa3vxU7a3Z77733kJubizVr1uBvf/sbHnjgAaSlpaGpqUnsrPXboUOHkJ2djaNHj0Kr1UKv1yM1NRU3btwQO2vkhjyxjgwU65h9Tpw4gT/96U8YN26c2FlxC57wmdqTJ7cd3tIGsA73X0dHB5588klkZWWJnZVe3Klu3rhxAw888ACKiorEzopN7tYu3HPPPfj973+PyspKfPnll5g6dSoef/xxnDlzRuysUT+5U922h7vVqb7ypM/Y7777Dg899BAUCgU+/fRTVFdX4w9/+APuuuuugW3YQDbt3bvXMGrUKMOZM2cMAAxfffWV2FlyqA0bNhhiYmLEzobdHnzwQUN2drbwvLOz0xAZGWkoLCwUMVeO1dTUZABgOHTokNhZITfkDXVkoFjHert27Zph5MiRBq1Wa3j44YcNv/71r8XOkltyt8/Unryp7fDENoB12DFKSkoMwcHBYmfDhLvWTQCGjz76SOxs2M0d24W77rrL8Oabb4qdDeond63b9nLHOmWJp33G5uXlGSZOnOjw7bIHow2NjY1YtGgR/vf//t8ICgoSOztO0dLSgtDQULGzYZeOjg5UVlYiOTlZWObj44Pk5GRUVFSImDPHamlpAQC3eV9IOryljgwU61hv2dnZSE9PNzl3qO/c6TO1J29rOzyxDWAd9kzeVjfF5E7tQmdnJ3bu3IkbN25Ao9GInR3qB2+o2+5Up2zxtM/Y//qv/8KECRPw5JNPIiIiAuPHj8ef//znAW/X1wF581gGgwFPPfUUfvWrX2HChAn4xz/+IXaWHO7cuXPYunUrXnnlFbGzYpfLly+js7MTKpXKZLlKpcLZs2dFypVjdXV1YenSpXjooYdw//33i50dcjPeUEcGinWst507d+Jvf/sbTpw4IXZW3Jq7fab25E1thye2AazDnsub6qaY3KVdOHXqFDQaDW7evInBgwfjo48+QlxcnNjZon7w9LrtLnXKHp74GfvNN9/g9ddfR25uLn7729/ixIkT+M///E/4+fkhMzOz39v1yh6Mv/nNbyCTyaw+zp49i61bt+LatWtYsWKF2Fm2yd4y9XTp0iU8+uijePLJJ7Fo0SKRck53ys7OxunTp7Fz506xs0LkkVjHTF28eBG//vWvsWPHDgQEBIidHUngZ6pn87Q2gHXYsv7UZfJO7tIuxMbGoqqqCseOHUNWVhYyMzNRXV0tdraIenGXOmWLp37GdnV14Sc/+QnWr1+P8ePHY/HixVi0aBGKi4sHtF2v7MH47LPP4qmnnrKa5kc/+hEOHDiAiooK+Pv7m6ybMGEC5s2bh7ffftuJuewbe8tkVF9fj0ceeQQ/+9nP8MYbbzg5d44TFhYGuVyOxsZGk+WNjY1Qq9Ui5cpxcnJysHv3bhw+fBj33HOP2NkhN+TpdWSgWMd6q6ysRFNTE37yk58Iyzo7O3H48GH88Y9/RHt7O+RyuYg5dD1v+UztyVvaDk9sA1iHLetrXZYib6mbYnKndsHPzw8//vGPAQAJCQk4ceIENm/ejD/96U8i54z6ypPrtjvVKVs89TN22LBhvXo/jx49Gv/v//2/AW3XKwOM4eHhCA8Pt5luy5YteOGFF4Tn9fX1SEtLw3vvvYfExERnZrHP7C0T0N3L4pFHHkFCQgJKSkrg4+M+HVn9/PyQkJCA/fv3Y+bMmQC6o+/79+9HTk6OuJkbAIPBgCVLluCjjz7CwYMHERMTI3aWyE15ah0ZKNYxy6ZNm4ZTp06ZLHv66acxatQo5OXlueWXpoHyls/Unjy97fDkNoB12LK+1GWp8vS6KSZPaBe6urrQ3t4udjaoHzyxbntCnbqTp37GPvTQQ6ipqTFZ9t///d+Ijo4e0Ha9MsBor+HDh5s8Hzx4MABgxIgRbhuJv3TpEqZMmYLo6Gi88sor+J//+R9hnbtcKcnNzUVmZiYmTJiABx98EJs2bcKNGzfw9NNPi521fsvOzkZpaSk+/vhjDBkyBDqdDgAQHByMwMBAkXNH7sYT68hAsY5ZNmTIkF5j4wwaNAhDhw51+zFznM0TPlN78uS2w5PbANZhx6irq8PVq1dRV1eHzs5OVFVVAQB+/OMfC78BxOJOdfP69es4d+6c8PzChQuoqqpCaGhor99WYnO3dmHFihWYPn06hg8fjmvXrqG0tBQHDx7EX/7yF7GzRv3kTnXbHu5Wp+zhqZ+xy5Ytw89+9jOsX78e//Zv/4bjx4/jjTfeGPidOA6fl9qDXbhwwQDA8NVXX4mdlX4rKSkxADD7cCdbt241DB8+3ODn52d48MEHDUePHhU7SwNi6T0pKSkRO2vkpjytjgwU61jfPPzww4Zf//rXYmdD8jzlM7UnT207vK0NYB3uu8zMTLPnyGeffSZ21gwGg/vUzc8++8zscczMzBQ7a724W7vwzDPPGKKjow1+fn6G8PBww7Rp0wxlZWViZ4sGyF3qtj3crU71l6d8xn7yySeG+++/3+Dv728YNWqU4Y033hjwNmUGg8EwsBAlEREREREREREReSuPvUW6q6sL9fX1GDJkCGQymdjZIfIIBoMB165dQ2RkpKTHGWP9J3I8d6n/ANsAImdgG0DkvVj/ibybvW2AxwYY6+vrERUVJXY2iDzSxYsXJT0OKes/kfNIvf4DbAOInIltAJH3Yv0n8m622gCPDTAOGTIEQPcBCAwMRFlZGVJTU6FQKETOmfTo9XoeHyt4fG5rbW1FVFSUUL+kqmf9VyqVIuem73jOmeLx6E2MY+Iu9R9wbRvA89M2HiPb3OEYsQ1wHXc4HxyJ5ZU+T6j/7njcHcmby8+yD7zs9rYBHhtgNHaHViqVCAwMRFBQEJRKpdedUPbQ6/U8Plbw+PQm9dsNetZ/d/1hwXPuNh6P3sQ8JlKv/4Br2wCen7bxGNnmTseIbYDzudP54Agsr/tw5/rvzsfdEby5/Cy748puqw2Q9gAKREREREQkuj/84Q8AgLvvvhsRERGYOXMmampqTNLcvHkT2dnZGDp0KAYPHoyMjAw0NjaapKmrq0N6ejqCgoIQERGB559/Hrdu3TJJc/DgQfzkJz+Bv78/fvzjH2P79u1OLRsRERENHAOMRERERERk1RdffAEAKC8vh1arhV6vR2pqKm7cuCGkWbZsGT755BN88MEHOHToEOrr6zFr1ixhfWdnJ9LT09HR0YEjR47g7bffxvbt27F69WohzYULF5Ceno5HHnkEVVVVWLp0KX7xi1/gL3/5i+sKS0RERH3msbdIExERERGRY3z44YcIDg7G6NGjoVQqsX37dkRERKCyshKTJ09GS0sLtm3bhtLSUkydOhUAUFJSgtGjR+Po0aNISkpCWVkZqqurUV5eDpVKhfj4eKxbtw55eXnIz8+Hn58fiouLERMTI/SYHD16NP76179i48aNSEtLM5u39vZ2tLe3C89bW1sBdN8aptfrnXxkHM+YZ3fMe3+wvNLnTnklIvEwwEiW1XxqX7rY6c7NBxGRE5VXN9pMkxynckFOiMie+giwTkpBS0sLACA0NBQAUFlZCb1ej+TkZCHNqFGjMHz4cFRUVCApKQkVFRUYO3YsVKrb719aWhqysrJw5swZjB8/HhUVFSbbMKZZunSpxbwUFhaioKCg1/KysjIEBQUNpJii0mq1YmfBpVhe6WpraxM7C07R8zMnrP6A2TTxUSG3n/B3L5FVDDASEREREZHdurq6sHTpUjz00EO4//77AQA6nQ5+fn4ICQkxSatSqaDT6YQ0PYOLxvXGddbStLa24vvvv0dgYGCv/KxYsQK5ubnCc+Nsl6mpqVYneTl4tkn4f6jusNk0Y+8Ovv1kZIrFbTmSXq+HVqtFSkqKV0xIwPJKn7FXMBGRNQwwEhERERGR3bKzs3H69Gn89a9/FTsrAAB/f3/4+/v3Wq5QKKwGcGTy2z+FfCxMjKmQ91jh4mCQrfx7GpZXutwln0QkLgYYyS5VF5strrvc2d21nLcrERERkSUHzzaZBHTIPT333HP49NNPcfjwYdxzzz3CcrVajY6ODjQ3N5v0YmxsbIRarRbSHD9+3GR7xlmme6a5c+bpxsZGKJVKs70XiYiISBo4izQREREREVllMBgAALt378aBAwcQExNjsj4hIQEKhQL79+8XltXU1KCurg4ajQYAoNFocOrUKTQ13b41WavVQqlUIi4uTkjTcxvGNMZtEBERkTTxMrK36jmBS2f3F0bUagG5hftDiIiIiJzI0gD7PV2OnOqCnJA5zz77LADgzTffxJAhQ4QxE4ODgxEYGIjg4GAsXLgQubm5CA0NhVKpxJIlS6DRaJCUlAQASE1NRVxcHObPn48NGzZAp9Nh5cqVyM7OFm5x/tWvfoU//vGPWL58OZ555hkcOHAA77//Pvbs2SNOwYmIiMguDDASERERkfPUds+UOlR32OI4dyR927ZtAwCkp6ebLC8pKcFTTz0FANi4cSN8fHyQkZGB9vZ2pKWl4bXXXhPSyuVy7N69G1lZWdBoNBg0aBAyMzOxdu1aIU1MTAz27NmDZcuWYfPmzbjnnnvw5ptvIi0tzfmFJCIion5jgJGIiIiIiKxqaWlBcHAwWlpaLM7MHBAQgKKiIhQVFVncTnR0NPbu3Wt1X1OmTMFXX301oPwSERGRazHA6OWqLjajywAAQTh1qYU9C4iIiIiIiIiIqE8YYCQiIu/0w1i0YfXNFpNwvDciIiIiIiLbOIs0ERERERERERER9RsDjERERERERERERNRvDg8w3nvvvZDJZL0e2dnZALoHbb5z3a9+9SuTbdTV1SE9PR1BQUGIiIjA888/j1u3bjk6q0RERERERERERDRADh+D8cSJE+js7BSenz59GikpKXjyySeFZYsWLcLatWuF50FBQcL/nZ2dSE9Ph1qtxpEjR9DQ0IAFCxZAoVBg/fr1js4uERERERERERERDYDDA4zh4eEmz3//+99jxIgRePjhh4VlQUFBUKvVZl9fVlaG6upqlJeXQ6VSIT4+HuvWrUNeXh7y8/Ph5+fn6CwTERERkRspr260mSY5TuWCnBARERER4ORZpDs6OvDuu+8iNzcXMplMWL5jxw68++67UKvVmDFjBlatWiX0YqyoqMDYsWOhUt3+UpiWloasrCycOXMG48ePN7uv9vZ2tLe3C89bW1sBAHq9Hr6+vsL/9INOAwCgy9D9MP7fH4bO7tvXPfX4GsvlqeXrCx4DIiISU1j9AbvScQZ4IiLH+/nPf46///3vaGhowEcffYSZM2cK6wwGA9asWYM///nPaG5uxkMPPYTXX38dI0eOFNJcvXoVS5YswSeffAIfHx9kZGRg8+bNGDx4sJDm5MmTyM7OxokTJxAeHo4lS5Zg+fLlriwmEfWTUwOMu3btQnNzM5566ilh2dy5cxEdHY3IyEicPHkSeXl5qKmpwYcffggA0Ol0JsFFAMJznU5ncV+FhYUoKCjotbysrEwIXmq12oEWyQPdvj390vdBVtJZ8c2XAIC93zgiP9LF8wdoa2sTOwtEJGH33nsv/vnPf/Za/h//8R8oKirClClTcOjQIZN1v/zlL1FcXCw8r6urQ1ZWFj777DMMHjwYmZmZKCwsFC4WEhERkTjuv/9+LF68GLNmzeq1bsOGDdiyZQvefvttxMTEYNWqVUhLS0N1dTUCAgIAAPPmzUNDQwO0Wi30ej2efvppLF68GKWlpQC6OwmlpqYiOTkZxcXFOHXqFJ555hmEhIRg8eLFLi0rEfWdU7+tb9u2DdOnT0dkZKSwrGfDMHbsWAwbNgzTpk3D+fPnMWLEiH7va8WKFcjNzRWet7a2IioqCqmpqQgMDIRWq0VKSgoUCkW/9+FRaruDZacutaDL0B1cvDuwDT4yG6+zYuzdwZZXjkzp/4ZFptfref78wNgz2BoGGEhKrN1GGVbf7LqMeAmOw0xEROS5Vq1aBaVS2Wu5wWDApk2bsHLlSjz++OMAgHfeeQcqlQq7du3C7Nmz8fXXX2Pfvn04ceIEJkyYAADYunUrHnvsMbzyyiuIjIzEjh070NHRgbfeegt+fn4YM2YMqqqq8OqrrzLASOQGnPZr/Z///CfKy8uFnomWJCYmAgDOnTuHESNGQK1W4/jx4yZpGhu7fyBaGrcRAPz9/eHv799ruUKhEIJCPf/3evLuSGLPgKKPDAMKMJ6pb7G47jKuAnDv8ZB4/sCu8jPAQOS9xBqH2dowKc4e2oHDaNim7zEsi6sYOm+51XviDueRlPNGROK6cOECdDodkpOThWXBwcFITExERUUFZs+ejYqKCoSEhAjBRQBITk6Gj48Pjh07hieeeAIVFRWYPHmyyed9WloaXnrpJXz33Xe46667eu3b3u8A5tpZ41BfgOXPKONn2A8vtnUoJMsdPmechWUfeNntfb3TAowlJSWIiIhAenq61XRVVVUAgGHDhgEANBoNXnzxRTQ1NSEiIgJA962pSqUScXFxzsouETmIGAEGMYMLzuDNH4LmDOR49PzieCd7gh1SHWNWjHOkr/ty5TjM9gyT4mwcRsO2fg/F0h/ffOmWQ7dI+TziMClEZIlxKDNzQ50Z1+l0OuH3vZGvry9CQ0NN0sTExPTahnGduQBjX78DWGpn22D+M+pibY/vP7V7zaZxJ1L+nHE2lr3/7P0O4JQAY1dXF0pKSpCZmWlyS+P58+dRWlqKxx57DEOHDsXJkyexbNkyTJ48GePGjQMApKamIi4uDvPnz8eGDRug0+mwcuVKZGdnm+2hSETS5aoAgxSCC87gzR+C5jj6eFj6ImlC4mPMuvIc6WtwwZXjMFsbJsXcrVyOxGE0uh0822Rx3V0Nhx0yFEtfXFFPxpRREbYTSoQ7nEf2DJNCRORq9n4HMNfO9vzsGqo7bHb7JsOAcdgvt8SyD7zs9n4HcEqAsby8HHV1dXjmmWdMlvv5+aG8vBybNm3CjRs3EBUVhYyMDKxcuVJII5fLsXv3bmRlZUGj0WDQoEHIzMw0uZ2SiNyDqwIMYgYXnMGbPwTNGcjxsBb0sPRFsqcr6skAILlAhRjnSF+DC64ch9meYVKczWuH0aj5FAAQ3thsMUnXD0HFgQ7F0hcyua9bvh9SPo+kmi8iEp/xzqTGxkbhzkTj8/j4eCFNU5Pp97Jbt27h6tWrwuvVarUwPFrPbfTcx536+h2g53KZ/HY4xNLnk0LeY4UHtINS/pxxNpa9/2W397VOCTCmpqbCYOh971lUVFSvyR3MiY6Oxt697t/9mMjbuSrAIIXggjO4e/4drT/Ho+cXxzvZE+gwvl6q74OrA2j2cvU4zERERCSemJgYqNVq7N+/Xwgotra24tixY8jKygLQPRRac3MzKisrkZCQAAA4cOAAurq6hO8DGo0Gv/vd76DX64XvHVqtFrGxsWZvjyYiaeGUrJ7mh54ERGJjgIE8QVj9ge5/5CHWE8ZOd3pe3AnHYSYiIvI8J0+exODBgwF0T+xSVVWF0NBQDB8+HEuXLsULL7yAkSNHIiYmBqtWrUJkZCRmzpwJABg9ejQeffRRLFq0CMXFxdDr9cjJycHs2bOFzghz585FQUEBFi5ciLy8PJw+fRqbN2/Gxo0bxSoyEfUBA4xE5BQMMBB5J47DTERE5JkmTZok/G8cnigzMxPbt2/H8uXLcePGDSxevBjNzc2YOHEi9u3bh4CAAOE1O3bsQE5ODqZNmwYfHx9kZGRgy5Ytwvrg4GCUlZUhOzsbCQkJCAsLw+rVq03ugCIi6WKAkYgcjgEGIu/FcZiJiIg8U0tLi8XxzWUyGdauXWv1Mzs0NBSlpaVW9zFu3Dh8/vnnA8onEYmDAUYicjgGGIi8F8dhJiIiIiLyPgwwEpHDMcBARERERERE5D18xM4AERERERERERERuS/2YCQiIrKh6mKz1fWXO7tnOk+OU7kgN0RERERERNLCAKMHs/WDmIjII9V8KvwbVt8sXj6IiIiIiIi8BG+RJiIiIiIiIiIion5jgJGIiIiIiIiIiIj6jQFGIiIiIiIiIiIi6jcGGImIiIiIiIiIiKjfGGAkIiIiIiIiIiKifmOAkYiIiIiIiIiIiPqNAUYiIiIiIiIiIiLqN1+xM0BERNQf5dWNZpeH1Te7NiNERERERERejj0YiYiIiIiIiIiIqN/Yg5FcylKPo56S41QuyAkRERERERERETkCezASERERERERERFRvzHASERERERERERERP3GW6TJJcLqD9iV7nLkVCfnhIiIiGyq+VTsHBARERGRG3F4gDE/Px8FBQUmy2JjY3H27FkAwM2bN/Hss89i586daG9vR1paGl577TWoVLfH3aurq0NWVhY+++wzDB48GJmZmSgsLISvr5fHQ/lln4iIiFys6mKz2FkgIiIiIolzSsRuzJgxKC8vv72THoHBZcuWYc+ePfjggw8QHByMnJwczJo1C1988QUAoLOzE+np6VCr1Thy5AgaGhqwYMECKBQKrF+/3hnZJSIiIiIiIiIion5ySoDR19cXarW61/KWlhZs27YNpaWlmDq1+1bYkpISjB49GkePHkVSUhLKyspQXV2N8vJyqFQqxMfHY926dcjLy0N+fj78/PzM7rO9vR3t7e3C89bWVgCAXq8XApx6vd7RRXWtTkOfknfZmdyYzt70zmTovCW598mYH6nlSww8BkRkDe9iICIiIiLyTk75tl5bW4vIyEgEBARAo9GgsLAQw4cPR2VlJfR6PZKTk4W0o0aNwvDhw1FRUYGkpCRUVFRg7NixJj820tLSkJWVhTNnzmD8+PFm91lYWNjrRw0AlJWVISgoCACg1WodXFKpC+pT6kvf9y29U3zzJfZ+I3YmzPO+86e3trY2q+sZXCAi3sVARERE5B3KqxttpkmOU9lMQ57B4b/YExMTsX37dsTGxqKhoQEFBQWYNGkSTp8+DZ1OBz8/P4SEhJi8RqVSQafTAQB0Op1JsMG43rjOkhUrViA3N1d43traiqioKKSmpiIwMBBarRYpKSlQKBQOKqkIam8HuE5danHYZrsM3cHFuwPb4CNz2Gb75Yp6MqaMihA3E3fQ6/Wecf44gLFnsDUMLhB5NzHuYiC6U1j9AVTVW09zOXIqf/QQERH1xw/zQ4TVN1tNxklcvYvDA4zTp08X/h83bhwSExMRHR2N999/H4GBgY7encDf3x/+/v69lisUCiEo1PP/ntwm6i6/Hf1zRiDQR+ac7faFTO4r2SCepfPHm9hTfqkNkeCOt3XztnxTlo6HofOW2fRiDPdgzIur3jMxzhF79yXGXQxitgEeW197DMsy0DolpaFYepLSsCzucB5JOW9EREQkPqffcxgSEoL77rsP586dQ0pKCjo6OtDc3GzSi7GxsVEISKjVahw/ftxkG42NjcI6VwirP9B7oTyk97LY6b2XEXk5qQ6R4I54W74pe49HWx+Hh3CIb74EAJcP8eDKc8TWEAmAeHcxSKEN8Oz66phjKImhWHqS4LAsUj6P7GkDiIiIyHs5PcB4/fp1nD9/HvPnz0dCQgIUCgX279+PjIwMAEBNTQ3q6uqg0WgAABqNBi+++CKampoQEdF9q6xWq4VSqURcXJyzs0tEAyDFIRKUSqWDSuc6vC3flHA8fuQLRY+e3I4cKsJRxt4dbD3ByBSH7EeMc8SeIRLEuotBzDbAY+urA4dlkdJQLD1JaVgWdziP7GkDiIiIyHs5PMD43HPPYcaMGYiOjkZ9fT3WrFkDuVyOOXPmIDg4GAsXLkRubi5CQ0OhVCqxZMkSaDQaJCUlAQBSU1MRFxeH+fPnY8OGDdDpdFi5ciWys7PN3gJNRNIh5SES3JG759/RFHKZSYBRSoEKo575M5/Ase+nK8+R/uzHVXcxSKEN8Lj66oS6JoWhWHqS4rAsUj6PjHUzNjYWOp0OH330EWbOnCmsNxgMWLNmDf785z+jubkZDz30EF5//XWMHDlSSHP16lUsWbIEn3zyCXx8fJCRkYHNmzdj8ODBQpqTJ08iOzsbJ06cQHh4OJYsWYLly5e7rJxERETUPz6O3uC3336LOXPmIDY2Fv/2b/+GoUOH4ujRowgPDwcAbNy4Ef/yL/+CjIwMTJ48GWq1Gh9++KHwerlcjt27d0Mul0Oj0eDf//3fsWDBAqxdu9bRWSUiJ+sZXFCr1UJwoac7gwvGYELP9cZ1RORejHcxDBs2zOQuBiNzdzGcOnUKTU1NQhrexUAkDcZbpF955RWz6zds2IAtW7aguLgYx44dw6BBg5CWloabN28KaebNm4czZ85Aq9Vi9+7dOHz4MBYvXiysb21tRWpqKqKjo1FZWYmXX34Z+fn5eOONN5xbOCIiuq3mU9sPIjMc3oNx586dVtcHBASgqKgIRUVFFtNER0dj7969js4aEbkYh0gg8i68i4HIc6WkdA/xMGPGjF7rDAYDNm3ahJUrV+Lxxx8HALzzzjtQqVTYtWsXZs+eja+//hr79u3DiRMnMGHCBADA1q1b8dhjj+GVV15BZGQkduzYgY6ODrz11lvw8/PDmDFjUFVVhVdffdUkEHmn/k701HOyMEuTEOl7THgED57IS0wsr/S5U17JcaouNoudBXIzTh+DkYi8B4MLRN7NeBfDlStXEB4ejokTJ/a6i8F4W2R7ezvS0tLw2muvCa833sWQlZUFjUaDQYMGITMzk3cxEEnchQsXoNPpTCZyCw4ORmJiIioqKjB79mxUVFQgJCRECC4CQHJyMnx8fHDs2DE88cQTqKiowOTJk+Hn5yekSUtLw0svvYTvvvsOd911l9n9O2KiJ0sThF2s7RFYqXVtBwgpT/rjDCyvdHGSJw9SqzUZBoXIkRhgJCKHYXCBvJ2tK72XOxuRHKeymsad8S4GIu9knIjN3ERtPSdyM96dYOTr64vQ0FCTNDExMb22YVxnKcDY34meDp69PRzDUN1hs2lMJu9y0ERdtrjDpD+OxPJKHyd5IiJ7MMBIRA7D4AIRERG5Wn8nepLJb/8UsjQBkcnkXS4OBkl50h9nYHmly13ySfbj7c/kDA6f5IWIiIiIiLyHcSI2cxO19ZzIrecETgBw69YtXL16lZO9EREReQAGGImIiIiIqN9iYmKgVqtNZolvbW3FsWPHTCZya25uRmVlpZDmwIED6OrqQmJiopDm8OHDJhNKaLVaxMbGWrw9moiIiKSBAUYiIiIiIrLq+vXrAICTJ08C6J7YpaqqCnV1dZDJZFi6dCleeOEF/Nd//RdOnTqFBQsWIDIyEjNnzgQAjB49Go8++igWLVqE48eP44svvkBOTg5mz56NyMhIAMDcuXPh5+eHhQsX4syZM3jvvfewefNmk/EViYiISJo4BqNU1Hwqdg6IiIiIiMz66quvAACTJk0CACHol5mZie3bt2P58uW4ceMGFi9ejObmZkycOBH79u1DQECAsI0dO3YgJycH06ZNEyZ927Jli7A+ODgYZWVlyM7ORkJCAsLCwrB69WosXrzYhSUlov7Iz8/vNZt7bGwszp49CwC4efMmnn32WezcudNksseek0PV1dUhKysLn332GQYPHozMzEwUFhbC15dhC3dWXt1oM40nT4LoTVhTiYiIiIjIKmNgsaWlxezMzDKZDGvXrsXatWstbiM0NBSlpaVW9zNu3Dh8/vnnA8ssEYlizJgxKC8vF573DAwuW7YMe/bswQcffIDg4GDk5ORg1qxZ+OKLLwAAnZ2dSE9Ph1qtxpEjR9DQ0IAFCxZAoVBg/fr1Li8LEfUdA4xERERERERENCC+vr5mJ2RqaWnBtm3bUFpaiqlTpwIASkpKMHr0aBw9ehRJSUkoKytDdXU1ysvLoVKpEB8fj3Xr1iEvLw/5+fnw8/Mzu8/29na0t7cLz1tbWwEAer3eZDxX4/89lxk6bwn/dxnMl0nf2WNFj9e6G6H8P5THUnkdLfTSAZtprqgnm7wvjmbuvfcWjiq7va9ngJGIiCSn560Uxi9/py61wEcmVo6IiIiIyJra2lpERkYiICAAGo0GhYWFGD58OCorK6HX65GcnCykHTVqFIYPH46KigokJSWhoqICY8eONbllOi0tDVlZWThz5gzGjx9vdp+FhYW9bs0GgLKyMgQFBfVartVqzW6nDb3TAsDF2h6Bldq9ZtO4E+03xqCq+fKK4psvsfcb5+/G0nvvDQZa9ra2NrvSMcAoQVUXm8XOAhEREREREZFdEhMTsX37dsTGxqKhoQEFBQWYNGkSTp8+DZ1OBz8/P4SEhJi8RqVSQafTAQB0Op1JcNG43rjOkhUrVphMBNXa2oqoqCikpqaaDOeg1+uh1WqRkpIChUIBADh4tklYP1R32Oz2x94dfPvJyBQrR0BktdYDSPpOA7Tf3ELKj3yhkMtw6lKLizJm2xX1ZEwZFeG07Zt7772Fo8pu7BlsCwOMRERERERERNRv06dPF/4fN24cEhMTER0djffffx+BgYFO26+/vz/8/f17LVcoFGYDKj2Xy+S3wyGW7pJRyHuskHJwSm7fbT4KuQwKuUxSdwWFNx7GGdvzwCA+ec6A9mPpnPAGAy27va9lgJGIiMRX86nJ07D6ZuH/LoPl21aIiIiISHpCQkJw33334dy5c0hJSUFHRweam5tNejE2NjYKYzaq1WocP37cZBuNjY3COrKfuTsiu8dcDOKQQ+RUPmJngIiIiIiIiIg8x/Xr13H+/HkMGzYMCQkJUCgU2L9/v7C+pqYGdXV10Gg0AACNRoNTp06hqen2bctarRZKpRJxcXEuzz8R9R17MBIRERERERFRvz333HOYMWMGoqOjUV9fjzVr1kAul2POnDkIDg7GwoULkZubi9DQUCiVSixZsgQajQZJSUkAgNTUVMTFxWH+/PnYsGEDdDodVq5ciezsbLO3QBOR9DDASJISVn8AVfXW01yOnIrkOJX1REREREREROQS3377LebMmYMrV64gPDwcEydOxNGjRxEeHg4A2LhxI3x8fJCRkYH29nakpaXhtddeE14vl8uxe/duZGVlQaPRYNCgQcjMzMTatWvFKhIR9REDjERERC4SVn8AkIdYTxQ73fp6ooHqMeapuXGaiIiI+mrnzp1W1wcEBKCoqAhFRUUW00RHR2Pv3r2OzhoRuQgDjERERETkdewK+AMM+hMRERHZgQFGIiIiIiIid9ajZ7JFDJYTEZETMcBIRERERF7JnlvE42Odnw8iIiKz7Ll4QCQRDg8wFhYW4sMPP8TZs2cRGBiIn/3sZ3jppZcQG3v729mUKVNw6NAhk9f98pe/RHFxsfC8rq4OWVlZ+OyzzzB48GBkZmaisLAQvr5uFhNlg0BERCRZ5dWNNtNwYjEi8gj2/i5hT0ciIuoHh0frDh06hOzsbPz0pz/FrVu38Nvf/hapqamorq7GoEGDhHSLFi0ymREqKChI+L+zsxPp6elQq9U4cuQIGhoasGDBAigUCqxfv97RWXYpDqZORESeyhMuMobVH+i98M5x+vjjm4gkbKC/Ny53dl944cUVIiLqCx9Hb3Dfvn146qmnMGbMGDzwwAPYvn076urqUFlZaZIuKCgIarVaeCiVSmFdWVkZqqur8e677yI+Ph7Tp0/HunXrUFRUhI6ODkdnmYgcpLCwED/96U8xZMgQREREYObMmaipqTFJM2XKFMhkMpPHr371K5M0dXV1SE9PR1BQECIiIvD888/j1q1briwKEfWD8SLj0aNHodVqodfrkZqaihs3bpikW7RoERoaGoTHhg0bhHXGi4wdHR04cuQI3n77bWzfvh2rV692dXGIiIiIJKXqYrPNB5FYnN4VoKWlBQAQGhpqsnzHjh149913oVarMWPGDKxatUroxVhRUYGxY8dCpbp91SwtLQ1ZWVk4c+YMxo8f32s/7e3taG9vF563trYCAPR6vdDjQa/Xm82jodM0cNFl6J1G32luofntmbjjdea2LTZjnqSYN3MMnbcsvpfOYNyXK/cpVbaOgTv2YC6vbjTfY6mH+KiQ7n/Ya4nIqn379pk83759OyIiIlBZWYnJkycLy40XGc0xXmQsLy+HSqVCfHw81q1bh7y8POTn58PPz8+pZSAiIiIior5zaoCxq6sLS5cuxUMPPYT7779fWD537lxER0cjMjISJ0+eRF5eHmpqavDhhx8CAHQ6nUlwEYDwXKfTmd1XYWEhCgoKei0vKysTghdardaufLchqNeyi7VmAiu1e+3anqne25aKS99LN28mvvkSe79x/W7tPX88WVtbm9X1YgUXrF1gsBUUNXTeshlcFy4wuCjI7JVBbSsXY9ztIogtZi9YmSSw/b6LcY70Z19SuMhoTxvQk10XGXts0y3ra4/yuKJeuXsddsV76w7nkZTz5tE4njsREbkJpwYYs7Ozcfr0afz1r381Wb548WLh/7Fjx2LYsGGYNm0azp8/jxEjRvRrXytWrEBubq7wvLW1FVFRUUhNTUVgYCC0Wi1SUlKgUCh6vfbg2SaT50N1h3ulGXt3cO+djkyxnbFa06DUqUsttl/jYl2G7uDi3YFt8JGJnRvbrqgnY8qoCJftT6/XWz1/vInxR7u9XBVcsOcCgzXmLir0JFxg6NdFhf7z7qB27/fEbS6C2GD2glVPfTjPXHmO2LrAcCepXWS0l10XGc28R+5bX11Xr9y1Dl/c67q2X8rnUV/bACIiIvIuTgsw5uTkYPfu3Th8+DDuueceq2kTExMBAOfOncOIESOgVqtx/PhxkzSNjd2DDVvq9eTv7w9/f/9eyxUKhRAU6vl/TzK56WEwF2RTyM0ttCPYdMfrpBzA85FJO39GMrmvKIE+S+ePN+lL+V0ZXLB2gaHn+K7mHDzbZPaiQk/CBQZ7Lio4gFcGta1cjHG3iyADZc9FFDHOkb5eYJDKRUZ72oCe7LrI2KMtcMv62qO+ueLCp7vX4bFT/pfT9+EO51Ff2wAiIiLyLg4PMBoMBixZsgQfffQRDh48iJiYGJuvqaqqAgAMGzYMAKDRaPDiiy+iqakJERHdP7K0Wi2USiXi4uIcnWUicgJXBhfsucBgiUzua/MHr3CBwcU/+rwqqG3HxRh3uQgyUH25iOLKc6Qv+5HiRUZL+nWR0cw23aq+9iiPK+uUu9ZhV76vUj6PpJovcjzj2NRV9dbTXY6cypmmiYhI4PAAY3Z2NkpLS/Hxxx9jyJAhQo+j4OBgBAYG4vz58ygtLcVjjz2GoUOH4uTJk1i2bBkmT56McePGAQBSU1MRFxeH+fPnY8OGDdDpdFi5ciWys7PN/oCQivLqxl7LwuqbXZ8RIpG5OrhA7sNcOwmwrfQUvMhIRORcnCGWyENwfFXyQA4PML7++usAgClTppgsLykpwVNPPQU/Pz+Ul5dj06ZNuHHjBqKiopCRkYGVK1cKaeVyOXbv3o2srCxoNBoMGjQImZmZJrPOEpH0MLggcfZ+kbFntmwz2zL3o+dy5FT79kkewZsvMkoCf6wQuRdLddY4EVOttlcPfyLyXLyAQO7OKbdIWxMVFYVDhw7Z3E50dDT2unBQbXIfYfUHAHmI7YT2BEnIoRhccAI3DxgYb7Mi78CLjERERERE3smps0gTkXdhcKEPrAUOXdxz4c6rpZc7e9/GzDGWyB68yCgt7AlB5F6MdbbLAABBOHWpxS3HLSUiIu/EAONA3BEg4Bhi5O0YXJAWBheIiIiIiIjIFRhgJLdkT+AkPtb5+SASizODh2Zva7ZnWAIiIiIiIiJncOR48uQUDDASEZFN7A3pOnaNM9tpvbcwETmQPT9o+GOGiIiM3HwMdamy9/cIOxqJhwFGIiJHG+CXilOXWsCxl4iIiNwUgwtEROSFGGC0E3vvEBERkWh6BCz4nYSIpCCs/gCq6q2nuRw5lRPFEYGf3eQdfMTOABEREREREREREbkv9mAkInIhXr0kIiLyPvz8J/IAHP6AyCoGGImI7GXjSwV/PBAREXmf8upGk+dh9c3iZISIRMHfAETdGGAkIiIiIrLAnh+OnLHSS1i40MiAIhEREQOMRERERM7BW6mIiIiIyEswwEhEZANveyAiIiIi8j78HeCG7rzA22no/lurBeSy7v9jp7s2T16CAUYiIiIiIiIzGFwYmLD6A4A8xHoi449/IiJyawwwEhEREUkEgxlE5GlstWtdBgAIckVWiMgL3NnmGNuYU5da4PNDB0aOnewcDDCSx6oq/z8208Qnz3FBToiIyKP0vPXmh543pw7+X+FLKxERERGRt2GAkYiIiMgKa71v2POGANg/oQ/HfCIiIiIPxQAjERGRxPB2MiIiIiIicic+YmeAiIiIiIiIiIiI3Bd7MBIREbmrWi0gtzHwH2/JJCIiIiIiJ2OAkbybPWMm/TCAPxEREZE59sz+HR8V4vR8EBEREYmFAUbyavb8IBgTGez8jBAREREReTNbvfLZI5+IHKSq/P/YTBMfFcJ2p48kPQZjUVER7r33XgQEBCAxMRHHjx8XO0tE5EJsA4isO3WpBVUXm60+3BXrP3mkmk/NP2q13euNf4ltgBey9ZlWXt0odhbJRVj/idyTZHswvvfee8jNzUVxcTESExOxadMmpKWloaamBhEREWJnj4icjG0AkYPYMxSExK7Osv4TeTe2AUTei/WfJMUNv0eLSbIBxldffRWLFi3C008/DQAoLi7Gnj178NZbb+E3v/lNr/Tt7e1ob28Xnre0tAAArl69ioCAALS1teHKlStQKBS9Xnu95TuT537X2xxZFMnrMgBtN4HWrjb42JgrwBt9UdOGtptB+GL3O1aPj923Uo94xDEZE8G1a9cAAAaD88el7EsbYK3+6/V6q/u53vKd5Oo866QpHo/e+nJMrrT0/tzrneiKzSRSrf/AwNuAnvraHvD8tI3HqNvhry2fW93HKAhXWnyhOP5/7dugi79PeGIb0LP+S+m7gLfVGXvL6/ffu3Hluh3ftyX+XVuv11v9bSpFnlD/zR13qbYBzuBt7UpP/S27tc9tozGRwXZ9jxaLo9obu9sAgwS1t7cb5HK54aOPPjJZvmDBAsO//uu/mn3NmjVrDAD44IMPFzwuXrwoqTaA9Z8PPlz3kFr9ZxvABx+ufbAN4IMP732w/vPBh3c/bLUBkuzBePnyZXR2dkKlUpksV6lUOHv2rNnXrFixArm5ucLzrq4uXL16FUOHDsW1a9cQFRWFixcvQqlUOjXv7qi1tZXHxwoen9sMBgOuXbuGyMhIp+6nr22Atfovk7nfJTqec6Z4PHoT45hItf4D4rYBPD9t4zGyzR2OEdsA13GH88GRWF7p84T6747H3ZG8ufws+8DLbm8bIMkAY3/4+/vD39/fZFlISAgACA2LUqn0uhOqL3h8rOPx6RYcHCx2FnqxVv/dGc85Uzwevbn6mEix/gPSaAN4ftrGY2Sb1I8R2wDXkvr54Ggsr7R5Sv13t+PuaN5cfpZ9YGW3pw2Q5CzSYWFhkMvlaGw0nSmssbERarVapFwRkauwDSDyXqz/RN6NbQCR92L9J3Jvkgww+vn5ISEhAfv37xeWdXV1Yf/+/dBoNCLmjIhcgW0Akfdi/SfybmwDiLwX6z+Re5PsLdK5ubnIzMzEhAkT8OCDD2LTpk24ceOGMJtUX/j7+2PNmjW9uk5TNx4f63h8xOHINsDd8JwzxePRm6cfE3eq/57+XjgCj5FtPEam3KkNcAZvOx9YXurJWfXf24+7N5efZXdd2WUGgwvmmu+nP/7xj3j55Zeh0+kQHx+PLVu2IDExUexsEZGLsA0g8l6s/0TejW0Akfdi/SdyT5IOMBIREREREREREZG0SXIMRiIiIiIiIiIiInIPDDASERERERERERFRvzHASERERERERERERP3GACMRERERERERERH1m1cFGP/xj39g4cKFiImJQWBgIEaMGIE1a9ago6ND7KyJpqioCPfeey8CAgKQmJiI48ePi50lSSgsLMRPf/pTDBkyBBEREZg5cyZqamrEzhZ5GbZZ3dhO3ca2SbpYXy1jHbaMdZrM8ZY64+3n/+9//3vIZDIsXbpU7Kx4HW/7zPaWNqUnb29fenJlW+NVAcazZ8+iq6sLf/rTn3DmzBls3LgRxcXF+O1vfyt21kTx3nvvITc3F2vWrMHf/vY3PPDAA0hLS0NTU5PYWRPdoUOHkJ2djaNHj0Kr1UKv1yM1NRU3btwQO2vkRdhmsZ26E9sm6WJ9NY912DrWabqTN9UZbz7/T5w4gT/96U8YN26c2FnxSt70me1NbUpP3ty+9OTytsbg5TZs2GCIiYkROxuiePDBBw3Z2dnC887OTkNkZKShsLBQxFxJU1NTkwGA4dChQ2Jnhbyct7VZbKesY9skbd5WX81hHe4b1mny5jrjLef/tWvXDCNHjjRotVrDww8/bPj1r38tdpbI4Lmf2d7cpvTkLe1LT2K0NV7Vg9GclpYWhIaGip0Nl+vo6EBlZSWSk5OFZT4+PkhOTkZFRYWIOZOmlpYWAPDKc4WkxZvaLLZTtrFtkjZvqq/msA73Heu0d/P2OuMt5392djbS09NN3mcSnyd+Znt7m9KTt7QvPYnR1vi6bE8SdO7cOWzduhWvvPKK2FlxucuXL6OzsxMqlcpkuUqlwtmzZ0XKlTR1dXVh6dKleOihh3D//feLnR3yYt7WZrGdso5tk7R5W301h3W4b1inyZvrjLec/zt37sTf/vY3nDhxQuysUA+e+pntzW1KT97SvvQkVlvjET0Yf/Ob30Amk1l93FmBLl26hEcffRRPPvkkFi1aJFLOyR1kZ2fj9OnT2Llzp9hZIQ/BNoscgW2Ta7C+kquwTpM384bz/+LFi/j1r3+NHTt2ICAgQOzseCR+ZpM53tC+9CRmW+MRPRifffZZPPXUU1bT/OhHPxL+r6+vxyOPPIKf/exneOONN5ycO2kKCwuDXC5HY2OjyfLGxkao1WqRciU9OTk52L17Nw4fPox77rlH7OyQh2CbZR+2U5axbXId1tf+Yx22H+s0Ad5bZ7zl/K+srERTUxN+8pOfCMs6Oztx+PBh/PGPf0R7ezvkcrmIOXR//Mw25a1tSk/e0r70JGZb4xEBxvDwcISHh9uV9tKlS3jkkUeQkJCAkpIS+Ph4RCfOPvPz80NCQgL279+PmTNnAujuOrx//37k5OSImzkJMBgMWLJkCT766CMcPHgQMTExYmeJPAjbLPuwneqNbZPrsb72H+uwbazT1JO31RlvO/+nTZuGU6dOmSx7+umnMWrUKOTl5TG46AD8zDblbW1KT97WvvQkZlvjEQFGe126dAlTpkxBdHQ0XnnlFfzP//yPsM5bIvg95ebmIjMzExMmTMCDDz6ITZs24caNG3j66afFzprosrOzUVpaio8//hhDhgyBTqcDAAQHByMwMFDk3JG3YJvFdupObJuki/XVPNZh61in6U7eVGe87fwfMmRIr/HfBg0ahKFDh3rNuHBS4U2f2d7UpvTkbe1LT6K2NU6fp1pCSkpKDADMPrzV1q1bDcOHDzf4+fkZHnzwQcPRo0fFzpIkWDpPSkpKxM4aeRG2Wd3YTt3Gtkm6WF8tYx22jHWazPGWOsPz32B4+OGHDb/+9a/FzobX8bbPbG9pU3pi+2LKVW2NzGAwGBwZsCQiIiIiIiIiIiLv4bG3SHd1daG+vh5DhgyBTCYTOztEHsFgMODatWuIjIyU9DglrP9Ejucu9R9gG0DkDGwDiLwX6z+Rd7O3DfDYAGN9fT2ioqLEzgaRR7p48aKkZ+Fi/SdyHqnXf4BtAJEzsQ0g8l6s/0TezVYb4LEBxiFDhgDoPgBKpVLk3PSNXq9HWVkZUlNToVAoxM6OQ3ly2QDPLp9er8euXbvwi1/8QqhfUiVm/fekc4BlkSaxytLa2oqoqCjJ13+g720Azw/p8ZRyAJ5TFk9uA8TiTucG8+oc7pJX1n/HcZf33BG8pazeUE572wCPDTAau0MrlUpJNizW6PV6BAUFQalUetwJ6sllAzy7fMayAZD87QZi1n9POgdYFmkSuyxSr/9A39sAsY+pI3lKWTylHIBnlQXwzDZALO50bjCvzuFOeQVY/x3B3d7zgfCWsnpLOQHbbYC0B1AgIiIiIiIiIiIiSWOAkYiIiIiIiIiIiPrNY2+RJvdUXt1oM01ynMoFOSGvUvOpfelipzs3H0TkcuXVjTB03gIAHDzbBJm891cjfu4QEfXG7+3k7ozncFj9AYtp4qNCbj/hbwEiqxhgJCKvVl7diLD6ZqtpTL5YEJHHGqo7DB9zQ8vIQ0yf8wcGEREREZEJ3iJNRERERERERERE/cYAIxEREREREREREfUbA4xERERERERERETUbwwwEhERERERERERUb8xwEhERERERERERET9xgAjERERERERERER9RsDjETkUPfeey9kMlmvR3Z2NgBgypQpvdb96le/MtlGXV0d0tPTERQUhIiICDz//PO4deuWGMUhIiIiIiIiIhv6HGA8fPgwZsyYgcjISMhkMuzatctkvcFgwOrVqzFs2DAEBgYiOTkZtbW1JmmuXr2KefPmQalUIiQkBAsXLsT169dN0pw8eRKTJk1CQEAAoqKisGHDhr6Xjohc7sSJE2hoaBAeWq0WAPDkk08KaRYtWmSSpmf97uzsRHp6Ojo6OnDkyBG8/fbb2L59O1avXu3yshARERHRHWo+BWo+RVj9AasPIiLyLn0OMN64cQMPPPAAioqKzK7fsGEDtmzZguLiYhw7dgyDBg1CWloabt68KaSZN28ezpw5A61Wi927d+Pw4cNYvHixsL61tRWpqamIjo5GZWUlXn75ZeTn5+ONN97oRxGJyJXCw8OhVquFx+7duzFixAg8/PDDQpqgoCCTNEqlUlhXVlaG6upqvPvuu4iPj8f06dOxbt06FBUVoaOjQ4wiEREREREREZEVvn19wfTp0zF9+nSz6wwGAzZt2oSVK1fi8ccfBwC88847UKlU2LVrF2bPno2vv/4a+/btw4kTJzBhwgQAwNatW/HYY4/hlVdeQWRkJHbs2IGOjg689dZb8PPzw5gxY1BVVYVXX33VJBDZU3t7O9rb24Xnra2tAAC9Xg+9Xt/XYorKmF93y7c9LJattruXW+ilFtvbQLD1BCNT+pU3R/CG964vOjo68O677yI3NxcymUxYvmPHDrz77rtQq9WYMWMGVq1ahaCgIABARUUFxo4dC5VKJaRPS0tDVlYWzpw5g/Hjx/faz0Dqv6HzFroM1suh7/whgR3HwJPOAZZFmsQqiyccOyIiIiIico4+BxituXDhAnQ6HZKTk4VlwcHBSExMREVFBWbPno2KigqEhIQIwUUASE5Oho+PD44dO4YnnngCFRUVmDx5Mvz8/IQ0aWlpeOmll/Ddd9/hrrvu6rXvwsJCFBQU9FpeVlYmBC7cjfHWUk9kuWy236uLtTZ+5Nbu7XuGHMyT37u+2LVrF5qbm/HUU08Jy+bOnYvo6GhERkbi5MmTyMvLQ01NDT788EMAgE6nMwkuAhCe63Q6s/sZaP1vs3HeCedcH84tTzoHWBZpcnVZ2traXLo/IiIiIiJyHw4NMBp//JsLDhjX6XQ6REREmGbC1xehoaEmaWJiYnptw7jOXIBxxYoVyM3NFZ63trYiKioKqampJrdfugO9Xg+tVouUlBQoFAqxs+NQFsv2Qw/GU3b0YLTlinoypoyKsJ3QCTz9vfv444/79Jpt27Zh+vTpiIyMFJb17IU8duxYDBs2DNOmTcP58+cxYsSIfuVtIPX/4NkmDNUdtppm7N0/9Jq1o3esJ50DLIs0iVUWY89gIiIiIiKiOzk0wCgmf39/+Pv791quUCjc9sekO+fdll5lk3ffPusjs/CCPpDJfUU/bp783tnrn//8J8rLy4WeiZYkJiYCAM6dO4cRI0ZArVbj+PHjJmkaGxsBAGq12uw2BlL/ZXJfm+ed4ofzE314Tz3pHGBZpMnVZfGU40ZERERERI7n0ACj8cd/Y2Mjhg0bJixvbGxEfHy8kKapqcnkdbdu3cLVq1eF16vVaiGg0HMbPfdBRNJWUlKCiIgIpKenW01XVVUFAEKbodFo8OKLL6KpqUno7azVaqFUKhEXF+fUPFP/lFc32kyTHKeymYaIiIiIiIjck0MDjDExMVCr1di/f78QUGxtbcWxY8eQlZUFoDt40NzcjMrKSiQkJAAADhw4gK6uLqEnk0ajwe9+9zvo9Xqhx4RWq0VsbKzZ26OJSFq6urpQUlKCzMxM+PrebmbOnz+P0tJSPPbYYxg6dChOnjyJZcuWYfLkyRg3bhwAIDU1FXFxcZg/fz42bNgAnU6HlStXIjs722wvRSIiIiKSnrD6A4A8xHqiWPOThxIRkfvpc4Dx+vXrOHfunPD8woULqKqqQmhoKIYPH46lS5fihRdewMiRIxETE4NVq1YhMjISM2fOBACMHj0ajz76KBYtWoTi4mLo9Xrk5ORg9uzZwjhtc+fORUFBARYuXIi8vDycPn0amzdvxsaNGx1TaiJyqvLyctTV1eGZZ54xWe7n54fy8nJs2rQJN27cQFRUFDIyMrBy5UohjVwux+7du5GVlQWNRoNBgwYhMzMTa9eudXUx6AcHzzZBJveYETWIiIiIiIjIwfr8i/HLL7/EI488Ijw3TqyQmZmJ7du3Y/ny5bhx4wYWL16M5uZmTJw4Efv27UNAQIDwmh07diAnJwfTpk2Dj48PMjIysGXLFmF9cHAwysrKkJ2djYSEBISFhWH16tUmk0MQkXSlpqbCYDD0Wh4VFYVDhw7ZfH10dDT27hV/NnCyLKz+gF3pLkdOdXJOiIiIiIiISGw+fX3BlClTYDAYej22b98OAJDJZFi7di10Oh1u3ryJ8vJy3HfffSbbCA0NRWlpKa5du4aWlha89dZbGDx4sEmacePG4fPPP8fNmzfx7bffIi8vr/+lJCIiogH5wx/+AAC4++67ERERgZkzZ6KmpsYkzc2bN5GdnY2hQ4di8ODByMjI6DWmcl1dHdLT0xEUFISIiAg8//zzuHXrlkmagwcP4ic/+Qn8/f3x4x//WPiOQURE7qXqYrPVhz3jOBMRkXvoc4CRiIg8XM2n3Y9aLQBgqO4wwuoPmDzI+3zxxRcAuodA0Gq10Ov1SE1NxY0bN4Q0y5YtwyeffIIPPvgAhw4dQn19PWbNmiWs7+zsRHp6Ojo6OnDkyBG8/fbb2L59O1avXi2kuXDhAtLT0/HII4+gqqoKS5cuxS9+8Qv85S9/cV1hiYiISMCLjERkDw6qRS5TXt0IQ2f3B8idY7qF1TeLlCsiIrLHhx9+iODgYIwePRpKpRLbt29HREQEKisrMXnyZLS0tGDbtm0oLS3F1Kndt8aXlJRg9OjROHr0KJKSklBWVobq6mqUl5dDpVIhPj4e69atQ15eHvLz8+Hn54fi4mLExMQIP2ZGjx6Nv/71r9i4cSPS0tLM5q29vR3t7e3C89bWVgCAXq+HXq+3Wi5D5y0YujoBAF29R3bo3k7nHStsbFNMxvLaKrfUeUo5AM8pi7vnn4j6r+dFxoCAAPz2t79FamoqqqurMWjQIADdFxn37NmDDz74AMHBwcjJycGsWbOE1xovMqrVahw5cgQNDQ1YsGABFAoF1q9fD+D2RcZf/epX2LFjB/bv349f/OIXGDZsmMXvAEQkHQwwEhERUZ+1tLQA6B72BAAqKyuh1+uRnJwspBk1ahSGDx+OiooKJCUloaKiAmPHjoVKpRLSpKWlISsrC2fOnMH48eNRUVFhsg1jmqVLl1rMS2FhIQoKCnotLysrQ1BQkN1luvS9+bQXa+8IrNRKf4xYrVYrdhYcwlPKAbh/Wdra2sTOAhGJxJMvMgKWLzACd1xkdMCFFk+56GQPbymrN5TT3rIxwEhERER90tXVhaVLl+Khhx7C/fffDwDQ6XTw8/NDSEiISVqVSgWdTiek6RlcNK43rrOWprW1Fd9//z0CAwN75WfFihXCpHNA94+LqKgopKamQqlUWi3LwbNNMHR14vt/fIW7A9vgI+udZuzdwaYLRqZY3aaY9Ho9tFotUlJSoFAoxM5Ov3lKOQDPKYvxRzsRkaddZGyD5XQmFxkdeIHR3S869YW3lNWTy2nvRUYGGImIiKhPsrOzcfr0afz1r38VOysAAH9/f/j7+/darlAobAZ0eg7X4SOD2QCjQn7HQjcIEtlTdnfgKeUA3L8s7px3InIcT7vICHSPN26JyUVGB1xg9JSLTvbwlrJ6QzntvcjIACMRERHZ7bnnnsOnn36Kw4cP45577hGWq9VqdHR0oLm52eQHRmNjI9RqtZDm+PHjJtszDgDfM82dg8I3NjZCqVSa/WFBREREruOJFxnNXVwUttPzIqMDg0fuftGpL7ylrJ5cTnvLxVmkiYiIyCaDoXsMot27d+PAgQOIiYkxWZ+QkACFQoH9+/cLy2pqalBXVweNRgMA0Gg0OHXqFJqamoQ0Wq0WSqUScXFxQpqe2zCmMW6DiIicr7y60eRh7Ol18GwTqi42o+pis7gZJFE899xz2L17Nz777DOLFxl7uvMio7kLiMZ11tLwIiORe2CAkYiIiGx69tlnAQBvvvkmhgwZAp1OB51Oh++//x4AEBwcjIULFyI3NxefffYZKisr8fTTT0Oj0SApKQkAkJqairi4OMyfPx9///vf8Ze//AUrV65Edna20PvgV7/6Fb755hssX74cZ8+exWuvvYb3338fy5YtE6fgRATg9iyysbGxkMlk2LVrl8l6g8GA1atXY9iwYQgMDERycjJqa2tN0ly9ehXz5s2DUqlESEgIFi5ciOvXr5ukOXnyJCZNmoSAgABERUVhw4YNTi0XEdnGi4xEZA8GGMm5aj4VHmH1B4TxLYbqDiOs/oDwICIiadu2bRsAID09HcOGDRMe7733npBm48aN+Jd/+RdkZGRg8uTJUKvV+PDDD4X1crkcu3fvhlwuh0ajwb//+79jwYIFWLt2rZAmJiYGe/bsgVarxQMPPIA//OEPePPNNy3OHklErmEc4P2VV14xu37Dhg3YsmULiouLcezYMQwaNAhpaWm4efOmkGbevHk4c+YMtFotdu/ejcOHD2Px4sXC+tbWVqSmpiI6OhqVlZV4+eWXkZ+fjzfeeMO5hSMiq3iRkYjswTEYiYiIyKaWlhYEBwejpaXF4qDpAQEBKCoqQlFRkcXtREdHY+9e67MwTpkyBV999dWA8ktEjpWS0j25wYwZM3qtMxgM2LRpE1auXInHH38cAPDOO+9ApVJh165dmD17Nr7++mvs27cPJ06cwIQJEwAAW7duxWOPPYZXXnkFkZGR2LFjBzo6OvDWW2/Bz88PY8aMQVVVFV599VWTQOSd2tvb0d7eLjw3Dkav1+uh1+stvUx0xrxJMY+Gzlumz7s6hb9dBsfux9Hll/JxvZO75LXnRcaeSkpK8NRTTwHovsjo4+ODjIwMtLe3Iy0tDa+99pqQ1niRMSsrCxqNBoMGDUJmZqbZi4zLli3D5s2bcc899/AiI5EbYYCRiIiIiIj67cKFC9DpdEhOThaWBQcHIzExERUVFZg9ezYqKioQEhIiBBcBIDk5GT4+Pjh27BieeOIJVFRUYPLkyfDz8xPSpKWl4aWXXsJ3332Hu+66y+z+CwsLUVBQ0Gt5WVkZgoKCHFhS59BqtWJnwW7f/+MrXIQDj+k3X2LvN47bXE/udFylntfS0lLMnTuXFxmJyCoGGImIiIiIqN90Oh0AQKVSmSxXqVTCOp1Oh4iICJP1vr6+CA0NNUlz59huxm3qdDqLAcYVK1YgNzdXeN7a2oqoqCikpqZaDIZIgV6vh1arRUpKiuRmHjVO6mJk6OrE9//4CoH3jkdY0xcO288V9WRMGRVhO2EfSPm43sld8mrsFUxEZA0DjERERERE5Lb8/f2FMdx6UigUkg7aGEkxnzK5+Z+JMh85fGSO3Y+zyi7F42qJ1PMq5bwRkXQwwEhE5C1qPjV5WnWx2Wry7jGWpH9rGRERiUutVgMAGhsbMWzYMGF5Y2Mj4uPjhTQ9Z48FgFu3buHq1avC69VqNRobG03SGJ8b0xAREZE0McBIRERERET9FhMTA7Vajf379wsBxdbWVhw7dgxZWVkAAI1Gg+bmZlRWViIhIQEAcODAAXR1dSExMVFI87vf/Q56vV7oMaXVahEbG2vx9mhyoB4XIsPqm01WdRmANgRhqO4w4MAejERE5DkYYCQiIqcJqz/Q/Y88xHrC2OlOzwsREfXf9evXAQAnT54E0D2xS1VVFUJDQzF8+HAsXboUL7zwAkaOHImYmBisWrUKkZGRmDlzJgBg9OjRePTRR7Fo0SIUFxdDr9cjJycHs2fPRmRkJABg7ty5KCgowMKFC5GXl4fTp09j8+bN2LhxoyhlJiIiIvsxwEhERERERFYZZ3WdNGkSAAiTqmRmZmL79u1Yvnw5bty4gcWLF6O5uRkTJ07Evn37EBAQIGxjx44dyMnJwbRp0+Dj44OMjAxs2bJFWB8cHIyysjJkZ2cjISEBYWFhWL16NRYvXuzCkhIREVF/MMBIREROZ2u8x8udjUiOU1lNQ0RE4jEGFltaWszOzCyTybB27VqsXbvW4jZCQ0NRWlpqdT/jxo3D559/PrDMEhERkcv5iJ0BIiIiIiIiIiIicl8MMBIREREREREREVG/McBIRERERERERERE/cYAIxE5TH5+PmQymclj1KhRwvqbN28iOzsbQ4cOxeDBg5GRkYHGxkaTbdTV1SE9PR1BQUGIiIjA888/j1u3brm6KERERERERERkJ07yQkQONWbMGJSXlwvPfX1vNzPLli3Dnj178MEHHyA4OBg5OTmYNWsWvvjiCwBAZ2cn0tPToVarceTIETQ0NGDBggVQKBRYv369y8tCRERERERERLYxwEhEDuXr6wu1Wt1reUtLC7Zt24bS0lJMnToVAFBSUoLRo0fj6NGjSEpKQllZGaqrq1FeXg6VSoX4+HisW7cOeXl5yM/Ph5+fn6uLQ0REREREREQ2MMBIRA5VW1uLyMhIBAQEQKPRoLCwEMOHD0dlZSX0ej2Sk5OFtKNGjcLw4cNRUVGBpKQkVFRUYOzYsVCpVEKatLQ0ZGVl4cyZMxg/frzZfba3t6O9vV143traCgDQ6/XQ6/VW82vovIUug/Uy6Tt/SGBjW8Z99vwrKZ2mBbVVbuN6W+kcwdB5y6nHTNLvSx+JVRZPOHZEREREROQcDDASkcMkJiZi+/btiI2NRUNDAwoKCjBp0iScPn0aOp0Ofn5+CAkJMXmNSqWCTqcDAOh0OpPgonG9cZ0lhYWFKCgo6LW8rKwMQUFBNvPdButpLtb+EFip3WtzW0ZardbutOKxfWwA4NL39qUbkG++xN5vnL8b93hf7OPqsrS1tbl0f0RERERE5D4YYCQih5k+fbrw/7hx45CYmIjo6Gi8//77CAwMdNp+V6xYgdzcXOF5a2sroqKikJqaCqVSafW1B882YajusNU0Y+8O7v5nZIrNvOj1emi1WqSkpEChUNjOvCvVmgakTl1qsZq8y9AdXLw7sA0+MmdmDLiinowpoyKctn1Jvy99JFZZjD2DiYiIiIiI7sQAI3mcsPoDgDzEdsLY6bbT0ICEhITgvvvuw7lz55CSkoKOjg40Nzeb9GJsbGwUxmxUq9U4fvy4yTaMs0ybG9fRyN/fH/7+/r2WKxQKmwEYmdzXZvBMIZcZN2g9YR/37XJy04LaGzT0kdmftr9kcl+XHC9Jvi/95OqyeMpxIyIiIiIix/MROwNE5LmuX7+O8+fPY9iwYUhISIBCocD+/fuF9TU1Nairq4NGowEAaDQanDp1Ck1NTUIarVYLpVKJuLg4l+efiIiIiIiIiGxjD0YicpjnnnsOM2bMQHR0NOrr67FmzRrI5XLMmTMHwcHBWLhwIXJzcxEaGgqlUoklS5ZAo9EgKSkJAJCamoq4uDjMnz8fGzZsgE6nw8qVK5GdnW22hyIRERERERERiY8BRiJymG+//RZz5szBlStXEB4ejokTJ+Lo0aMIDw8HAGzcuBE+Pj7IyMhAe3s70tLS8Nprrwmvl8vl2L17N7KysqDRaDBo0CBkZmZi7dq1YhWJiIiIiIiIiGxggJGIHGbnzp1W1wcEBKCoqAhFRUUW00RHR2PvXvtnayYiIiIiIiIicTHASA5RXt1odnlYfbNrM0JERERERERERC7FACN5pKqLzTbTxMc6Px9ERERERERERJ6OAUYiIg9krlcxexQTERERERGRMzDASEREkmBpqIWekuNULsgJERERuUJY/QFAHmI7Yex0p+eFiIgGhgFG6r+aT4V/2TOKSEQ96qIR6yQRERERERG5CgOMREQkurD6AzbTXI6c6oKcEBERERERUV/5OHqD+fn5kMlkJo9Ro0YJ62/evIns7GwMHToUgwcPRkZGBhobTW+Lq6urQ3p6OoKCghAREYHnn38et27dcnRWiYiIiIiIiIiIaICc0oNxzJgxKC8vv70T39u7WbZsGfbs2YMPPvgAwcHByMnJwaxZs/DFF18AADo7O5Geng61Wo0jR46goaEBCxYsgEKhwPr1652RXSIiIiIiIq9gacxjDq9CREQD4ZQAo6+vL9Rqda/lLS0t2LZtG0pLSzF1avetbiUlJRg9ejSOHj2KpKQklJWVobq6GuXl5VCpVIiPj8e6deuQl5eH/Px8+Pn5OSPLRERERERERERE1A9OCTDW1tYiMjISAQEB0Gg0KCwsxPDhw1FZWQm9Xo/k5GQh7ahRozB8+HBUVFQgKSkJFRUVGDt2LFSq2zOFpqWlISsrC2fOnMH48ePN7rO9vR3t7e3C89bWVgCAXq+HXq93RjGdxphfyee70yD822Wwkq4HYzp70zuTM46v27x3/eCJZSIiIiIiIiKigXN4gDExMRHbt29HbGwsGhoaUFBQgEmTJuH06dPQ6XTw8/NDSEiIyWtUKhV0Oh0AQKfTmQQXjeuN6ywpLCxEQUFBr+VlZWUICgoaYKnEodVqxc5CH/TtGF/6Xvz35OLevU7btnu9d0RERERERERE/efwAOP06dOF/8eNG4fExERER0fj/fffR2BgoKN3J1ixYgVyc3OF562trYiKikJqaiqUSqXT9usMer0eWq0WKSkpUCgUYmfHstrbQbRTl1rsekmXoTu4eHdgG3xkzsqYfcZO+V8O36bbvHf9oNfr8fHHH4udDSIS2c9//nP8/e9/R0NDAz766CPMnDlTWGcwGLBmzRr8+c9/RnNzMx566CG8/vrrGDlypJDm6tWrWLJkCT755BP4+PggIyMDmzdvxuDBg4U0J0+eRHZ2Nk6cOIHw8HAsWbIEy5cvd2UxiYg8S82nwr8ca5H6i98BiMgap9wi3VNISAjuu+8+nDt3DikpKejo6EBzc7NJL8bGxkZhzEa1Wo3jx4+bbMM4y7S5cR2N/P394e/v32u5QqFw20CP5PMuvx0h7Guw0EfW99c4mjOPreTfOyKifrr//vuxePFizJo1q9e6DRs2YMuWLXj77bcRExODVatWIS0tDdXV1QgICAAAzJs3Dw0NDdBqtdDr9Xj66aexePFilJaWAui+QJiamork5GQUFxfj1KlTeOaZZxASEoLFixe7tKxERER0G78DEJE1Ps7ewfXr13H+/HkMGzYMCQkJUCgU2L9/v7C+pqYGdXV10Gg0AACNRoNTp06hqalJSKPVaqFUKhEXF+fs7BIREZEVq1atwhNPPNFrucFgwKZNm7By5Uo8/vjjGDduHN555x3U19dj165dAICvv/4a+/btw5tvvonExERMnDgRW7duxc6dO1FfXw8A2LFjBzo6OvDWW29hzJgxmD17Nv7zP/8Tr776qiuLSURERHfgdwAissbhPRife+45zJgxA9HR0aivr8eaNWsgl8sxZ84cBAcHY+HChcjNzUVoaCiUSiWWLFkCjUaDpKQkAEBqairi4uIwf/58bNiwATqdDitXrkR2drbZHopEREQkvgsXLkCn05lM5BYcHIzExERUVFRg9uzZqKioQEhICCZMmCCkSU5Oho+PD44dO4YnnngCFRUVmDx5Mvz8/IQ0aWlpeOmll/Ddd9/hrrvu6rXvgUz0Zui8BUNXJwDLE5DpO+9YIeFJrzxlsjFPKQfgOWVx9/yTdFVdbLaZJj7W+fmg/nPn7wCA9QlITb4DOKAd9JTPBHt4S1m9oZz2ls3hAcZvv/0Wc+bMwZUrVxAeHo6JEyfi6NGjCA8PBwBs3LhRGG+hvb0daWlpeO2114TXy+Vy7N69G1lZWdBoNBg0aBAyMzOxdu1aR2eViEj6eoyZRCRlxonYzE3U1nMit4iICJP1vr6+CA0NNUkTExPTaxvGdeZ+XDhqojdLE5BdrL3jS1Wt8yYJcxRPmWzMU8oBuH9Z2trabKbJz8/vVRdjY2Nx9uxZAMDNmzfx7LPPYufOnSa/A3q2G3V1dcjKysJnn32GwYMHIzMzE4WFhfD1dfrITkTUT+7+HaDNyoSlJt8BHPj57+6fCX3hLWX15HLa8x0AcEKAcefOnVbXBwQEoKioCEVFRRbTREdHY68TZ/glIiIizzGQid4Onm2CoasT3//jK4sTkI29O9h0wcgUR2TbKTxlsjFPKQfgOWUx9gqyZcyYMSgvLxee9wwMLlu2DHv27MEHH3yA4OBg5OTkYNasWfjiiy8AAJ2dnUhPT4darcaRI0fQ0NCABQsWQKFQYP369Y4tEBF5hIF+BwCAobrDFtOYfAdwwOe/p3wm2MNbyuoN5bT3OwAvBRIREdGAGSdia2xsxLBhw4TljY2NiI+PF9L0HGMZAG7duoWrV6+aTPZmnNyt5zZ67uNOA5noTSa//VXI0gRkCvkdC93gy6OnTDbmKeUA3L8s9ubd19fXbF1taWnBtm3bUFpaiqlTp+L/t3fvwVHV9//HX0nIhSBJGiAJ0RAjRRAFY1FDvCBKSETGKS1fvxUtRmWgzTcwYqwiflFu1bTUUdRSsR2FdoQv2o6XKSolQYFWg9DYDDfJD6g1CGxSpUm4aFiS8/sj7pJNspvNZnfP7tnnY4Yhe/bs7vu9J5/Pbt7ncz4fSVqzZo0uu+wy7dixQ+PHj9fmzZu1f/9+VVZWKj09Xbm5uVq+fLkWLFigJUuWuFw2CSB0hPt3AE+Lj7p8B/BjHx7unwm9ESm5WjlPr78DBDgOAICfeTNXERBsOTk5ysjI0JYtW5x/TDQ3N+vjjz9WSUmJpPaF3BobG1VdXa1x48ZJkt5//321tbUpLy/Puc///u//ym63O7/MVFRUaOTIkd1eGgUgtBw8eFCZmZlKSEhQfn6+ysvLNWzYMFVXV8tut7vM0TZq1CgNGzZMVVVVGj9+vKqqqjRmzBiXyyyLiopUUlKiffv26aqrrur2NfsyB5uZgjpvV4d55DzNN+eO4zG+PNYfevMehdN8aOESa0/x8R0AgESBEQAQJgYfe1+KSel5x5FTAh5LJNu9e7cuuOACSe2TutfU1Cg1NVXDhg3T/Pnz9fOf/1wjRoxQTk6OHn/8cWVmZmratGmSpMsuu0y33nqrZs+erdWrV8tut2vu3Lm68847lZmZKUm66667tHTpUs2aNUsLFizQ3r179dxzz+nZZ581K2UAXsrLy9PatWs1cuRIHT9+XEuXLtWNN96ovXv3ymazKS4uTikpKS6P6TxHW3dzuDnuc8df87CaJfjzdvn+nribqzbQjvgwfVY4zYcW6rE65l/jOwAATygwAgDCBitNmu/GG290/uyY86i4uFhr167VI488otOnT2vOnDlqbGzUDTfcoE2bNikhIcH5mHXr1mnu3LmaNGmSc9G3559/3nl/cnKyNm/erNLSUo0bN06DBw/WE088oTlz5gQvSQA+mTLl/AmesWPHKi8vT9nZ2Xr99dfVv3//gL1uX+ZgM1NQ5+06eL6AtedoU68f3ma0FxfdzVUbaGMm/pfX+4bTfGjhEqtjVDDfAQB4QoERAAB4rampye0f7FFRUVq2bJmWLVvm9vGpqalav369x9cYO3as/vrXv/YpTgDmS0lJ0aWXXqpDhw5p8uTJOnv2rBobG11GMdbX17vMv7Zz506X5+hp/jWpb3OwhYKgxNlhHrm+FAjdzVUbaL68P+Fy/KXQj9URG98BAHgSbXYAAKyjvLxc11xzjQYOHKi0tDRNmzZNtbW1LvtMnDhRUVFRLv9++tOfuuxTV1enqVOnKjExUWlpaXr44Yd17ty5YKYCAAD66NSpUzp8+LCGDh2qcePGKTY2Vlu2bHHeX1tbq7q6OuXn50tqn39tz549LgtBVFRUKCkpSaNHjw56/AAAwHuMYESPKvfXd7t98LHG4AaCkLdt2zaVlpbqmmuu0blz5/TYY4+psLBQ+/fv14ABA5z7zZ492+XsZsf5kVpbWzV16lRlZGToo48+0vHjx3XPPfcoNjZWTz31VFDzAQAA3vvZz36m22+/XdnZ2Tp27JgWL16smJgYzZgxQ8nJyZo1a5bKysqUmpqqpKQkzZs3T/n5+Ro/frwkqbCwUKNHj9bMmTO1YsUK2Ww2LVq0SKWlpd2OUAQAAKGDAqMk1b7n3X4sHGAtHHe/27Rpk8vttWvXKi0tTdXV1ZowYYJze2JiottLnTZv3qz9+/ersrJS6enpys3N1fLly7VgwQItWbJEcXFxAc0BAAD45osvvtCMGTP01VdfaciQIbrhhhu0Y8cODRkyRJL07LPPOudda2lpUVFRkX7zm984Hx8TE6ONGzeqpKRE+fn5GjBggIqLiz1ecgkAAEIDBUZ5uWhAVkrA4wgZnQpvjFSEr5qa2icRT01Nddm+bt06vfrqq8rIyNDtt9+uxx9/3DmKsaqqSmPGjHFZRbKoqEglJSXat2+frrrqqi6v09LSopaWFudtx0TUdrtddrvdY4xG6zm1GZ7zsLd+u0MPz+V4zY7/91lr1+B6itdfHK8TrNfzl+7ee78fFxOZlYsV3jsAgbVhwwaP9yckJGjVqlVatWqV232ys7P1rg8rBgMAAHNRYAQQEG1tbZo/f76uv/56XXHFFc7td911l7Kzs5WZmandu3drwYIFqq2t1RtvvCFJstlsLsVFSc7bNput29cqLy/X0qVLu2zfvHmzy+XX7pyR532OHPy2sHLQ+z94Kioqet7JZz3n5E9Hvw7u6/XVEQ9/mAb2uARXsHM5c+ZMUF8PAAAAQPigwAggIEpLS7V371797W9/c9k+Z84c589jxozR0KFDNWnSJB0+fFjDhw/36bUWLlyosrIy5+3m5mZlZWWpsLDQ7Up3DlsPNGiQbbvHfcZcmNz+w4jJPcZit9tVUVGhyZMn+2c1wINdi0h7jjb1/Xm90Ga0Fxcv7H/GlBUjfTVm4n912eb342Iis3JxjAwGAAAAgM4oMALwu7lz52rjxo3avn27LrroIo/75uXlSZIOHTqk4cOHKyMjQzt37nTZp76+faEhd/M2xsfHdzv5e2xsbI8FmKiYfj0Wz2JjohxP6HnH3ry2t3OAxnQNLtjFvuio4L9mX3h63735nQgXwc7FKu8bAAAAAP+jwAjAbwzD0Lx58/Tmm29q69atysnJ6fExNTU1kqShQ4dKkvLz8/Xkk0+qoaFBaWlpktovBU1KStLo0aMDFjuso6by/7psa59HMlF7tv5J0VHfzqvLAk4AAIup3F/f7XbmVAcABBoFRkQsFvfxv9LSUq1fv15vv/22Bg4c6JwzMTk5Wf3799fhw4e1fv163XbbbRo0aJB2796tBx98UBMmTNDYsWMlSYWFhRo9erRmzpypFStWyGazadGiRSotLe12lCIAAAAAADAXBUYAfvPiiy9KkiZOnOiyfc2aNbr33nsVFxenyspKrVy5UqdPn1ZWVpamT5+uRYsWOfeNiYnRxo0bVVJSovz8fA0YMEDFxcVatmxZMFMxjTeFbwAAAEldplxhpCIAwCwUGAH4jWEYHu/PysrStm3benye7OxsvethJWAAAAAAgLyf253pgRBgFBgjSTcdD6OlAAAAAAAIooMV3S7mCIQzCowAAAAAAAAW4G4Q0Zet5xeBKhidHqRoEEkoMAIAAACIODWV/9fjPrlZKVxWCACAFygwAgAikzfz1fBHJQAAAIKA6csQ7igwAgAAAAAAWNjgY++fvxGT0v1OnFxHH1BgBAB/Olhx/v9OEzdzVjJ0eHMscrNSAh4HAADwAqvkAn7FPI0IBAqMAAAAAAAAfdVTMbzVCE4cgAkoMAIAAABAKHFTpOBqCABAqKLACABAN2qONLpcJtIdLh0BAABATxwnB9oMSUrUnqNNio7y9Agg/FBgtApv5yVB77HSLBCxXCbD7o5jgmz6AAAAAAARjAKjhXEJBeBnHorNnJUEgN6p3O9+hLDRek6StPVAgyaPuTBYIQEAAMBHFBgBAOgrVrdEOPHnVQ/e/E67eb3BxxrdPqTNkM4oUYNs21XToQ75ZeYt3e7PdAUAAADmosAIAAAAr3S+OsLdPKWBKvi5m7ag5pjrbQqRAAC/i4DFlzp+znb+bO3I8TnL5yo6osAY6phb0VTefFjkZqUEPA4AoYk+AiGl9j2p1Wj/+WCFFNO7eRp8+QPJ24IfAPQFn7cAEPooMIYpK50lAUId7Q194fL7c+T/utzf5Q8iLqOGn9GHnedp3kcHRmMgoDoOHujDCQEAAEINBUYAAIBQ180VDd0VDlloql2PK8DL/WXUgFk4GQCEHtol4D0KjGbxdOk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      "text/plain": [
       "<Figure size 1600x1600 with 44 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "figsize(16, 16)\n",
    "\n",
    "exp = train_experiments[3]\n",
    "x_0 = df.iloc[exp[\"DMSO\"][\"0\"]]\n",
    "\n",
    "vals = np.array(x_0[features])\n",
    "vals = np.arcsinh(vals / 5)\n",
    "vals -= vals.mean(0, keepdims=True)\n",
    "vals /= np.mean(vals.std(0))\n",
    "for i in range(len(features)):\n",
    "    plt.subplot(9, 5, i + 1)\n",
    "    plt.hist(vals[:, i], bins=20, alpha=0.3)\n",
    "\n",
    "vals = np.array(x_0[features])\n",
    "vals = np.log1p(vals / 5)\n",
    "vals -= vals.mean(0, keepdims=True)\n",
    "vals /= np.mean(vals.std(0))\n",
    "for i in range(len(features)):\n",
    "    plt.subplot(9, 5, i + 1)\n",
    "    plt.hist(vals[:, i], bins=20, alpha=0.3)\n",
    "    plt.grid()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 22,
   "metadata": {},
   "outputs": [],
   "source": [
    "#import pickle\n",
    "\n",
    "#with open('../data_splits.pickle', 'wb') as handle:\n",
    "#    pickle.dump({'train': train_experiments,\n",
    "#                 'val': val_experiments,\n",
    "#                 'test': test_experiments}, handle, protocol=pickle.HIGHEST_PROTOCOL)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 23,
   "metadata": {},
   "outputs": [],
   "source": [
    "#with open('../data_splits.pickle', 'rb') as handle:\n",
    "#    data_splits = pickle.load(handle)\n",
    "#    \n",
    "#data_splits['train'][0]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 24,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "{'O': {'2': array([   0,    1,    2, ..., 9182, 9183, 9184]),\n",
       "  '3': array([24986, 24987, 24988, ..., 32993, 32994, 32995]),\n",
       "  '1': array([167170, 167171, 167172, ..., 175671, 175672, 175673])},\n",
       " 'H2O': {'0': array([2131036, 2131037, 2131038, ..., 2139513, 2139514, 2139515])}}"
      ]
     },
     "execution_count": 24,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "train_experiments[0]"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Additional keys for split"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 25,
   "metadata": {},
   "outputs": [],
   "source": [
    "def new_filter_experiment(input_e, replicate_num):\n",
    "    e_pre = deepcopy(input_e)\n",
    "    e = deepcopy(e_pre)\n",
    "\n",
    "    cell_type_keys = [\"PDOs\", \"Fibs\"]\n",
    "\n",
    "    # filter small populations\n",
    "    treat_to_delete = []\n",
    "    for treat in e_pre.keys():\n",
    "        pop_to_delete = []\n",
    "        for concentration in e_pre[treat].keys():\n",
    "            if len(e_pre[treat][concentration]) < 1000:\n",
    "                pop_to_delete.append(concentration)\n",
    "\n",
    "            df_tmp = df.iloc[e_pre[treat][concentration]]\n",
    "\n",
    "            culture = df_tmp.iloc[0][\"Culture\"]\n",
    "            e[treat][concentration] = {culture: e_pre[treat][concentration]}\n",
    "\n",
    "            e[treat][concentration][culture] = {c: None for c in cell_type_keys}\n",
    "\n",
    "            num_pdos, num_fibs = 0, 0\n",
    "            for cell_type in cell_type_keys:\n",
    "                idcs = df_tmp.index[df_tmp[\"Cell_type\"] == cell_type].tolist()\n",
    "\n",
    "                e[treat][concentration][culture][cell_type] = (\n",
    "                    np.array(idcs, dtype=int) if len(idcs) > 0 else None\n",
    "                )\n",
    "\n",
    "                if cell_type == \"PDOs\":\n",
    "                    num_pdos += len(idcs)\n",
    "                elif cell_type == \"Fibs\":\n",
    "                    num_fibs += len(idcs)\n",
    "                else:\n",
    "                    print(\"Error in cell type\")\n",
    "\n",
    "        print(\n",
    "            \"Rep-batch:\",\n",
    "            i,\n",
    "            \"Cultue:\",\n",
    "            culture,\n",
    "            \"Treatment\",\n",
    "            treat,\n",
    "            \"Concentration\",\n",
    "            concentration,\n",
    "            \"Num PDO cells:\",\n",
    "            num_pdos,\n",
    "            \"Num Fibs cells:\",\n",
    "            num_fibs,\n",
    "        )\n",
    "\n",
    "        for k in pop_to_delete:\n",
    "            del e[treat][k]\n",
    "            if len(e[treat]) == 0:\n",
    "                treat_to_delete.append(treat)\n",
    "\n",
    "    for k in treat_to_delete:\n",
    "        del e[k]\n",
    "\n",
    "    # filter treatment and control\n",
    "    if (set(e.keys()) & treat_set) and (set(e.keys()) & control_set):\n",
    "        return e\n",
    "    return None"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 26,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Rep-batch: 0 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 8504 Num Fibs cells: 0\n",
      "Rep-batch: 0 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 8480 Num Fibs cells: 0\n",
      "Rep-batch: 0 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 9000 Num Fibs cells: 0\n",
      "Rep-batch: 0 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 8318 Num Fibs cells: 0\n",
      "Rep-batch: 0 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 8714 Num Fibs cells: 0\n",
      "Rep-batch: 0 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 8136 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4949 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 4430 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 7102 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 6495 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5470 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 5533 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 4995 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 7102 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 7213 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 6202 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4334 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 4704 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 7883 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 6249 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5253 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5274 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4930 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5881 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4800 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3798 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 3659 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 3150 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 3442 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3718 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 2991 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 5816 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3634 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 3996 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 3145 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 5639 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 4265 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3608 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4684 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3959 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 3298 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 3239 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 3573 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3569 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 2842 Num Fibs cells: 0\n",
      "Rep-batch: 3 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 9137 Num Fibs cells: 0\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Rep-batch: 3 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 12567 Num Fibs cells: 0\n",
      "Rep-batch: 3 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 10072 Num Fibs cells: 0\n",
      "Rep-batch: 3 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 10148 Num Fibs cells: 0\n",
      "Rep-batch: 3 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 9288 Num Fibs cells: 0\n",
      "Rep-batch: 3 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 11012 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 5352 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 6849 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4735 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 4150 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3795 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 5379 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 6385 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4298 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5863 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4831 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4420 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 5397 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4160 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 3611 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3686 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4920 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4163 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4954 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 7380 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 5253 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 5692 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 5753 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 4664 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 5816 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 6118 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 6729 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 6187 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 6181 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 6170 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 7643 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 5368 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 5448 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 6440 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 5226 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 4950 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 6095 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 5587 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 5828 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 6468 Num Fibs cells: 0\n",
      "Rep-batch: 6 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 7835 Num Fibs cells: 0\n",
      "Rep-batch: 6 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 8634 Num Fibs cells: 0\n",
      "Rep-batch: 6 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 7595 Num Fibs cells: 0\n",
      "Rep-batch: 6 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 7905 Num Fibs cells: 0\n",
      "Rep-batch: 6 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 8003 Num Fibs cells: 0\n",
      "Rep-batch: 6 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 8817 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 7317 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 4064 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 7697 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9034 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 10577 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 9276 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 3286 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 9766 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 12282 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 12313 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 6402 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 5007 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 8330 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 6956 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 10653 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 11295 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9609 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 10411 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 2531 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 6890 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 5943 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 2613 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 3010 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 6781 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3266 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 3095 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 6747 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 8614 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 2929 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 7249 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 6887 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3329 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4705 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 5676 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 5291 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 2286 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 3641 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 5604 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 503 Num Fibs cells: 0\n",
      "Rep-batch: 9 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4833 Num Fibs cells: 0\n",
      "Rep-batch: 9 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 5506 Num Fibs cells: 0\n",
      "Rep-batch: 9 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 5489 Num Fibs cells: 0\n",
      "Rep-batch: 9 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 5011 Num Fibs cells: 0\n",
      "Rep-batch: 9 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4831 Num Fibs cells: 0\n",
      "Rep-batch: 9 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4017 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 5204 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 6558 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 3970 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5743 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 649 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4853 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 6698 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4313 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5978 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3881 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 112 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 7142 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 3440 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 4136 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3015 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3665 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5134 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4762 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4442 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3433 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 3842 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 2625 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 4028 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3194 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3242 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 193 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3937 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 3921 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 4074 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 4194 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 4452 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 4699 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4434 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 2817 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 3602 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 3098 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 4000 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3362 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 1534 Num Fibs cells: 0\n",
      "Rep-batch: 12 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 6897 Num Fibs cells: 0\n",
      "Rep-batch: 12 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 11210 Num Fibs cells: 0\n",
      "Rep-batch: 12 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 7167 Num Fibs cells: 0\n",
      "Rep-batch: 12 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 9875 Num Fibs cells: 0\n",
      "Rep-batch: 12 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 7023 Num Fibs cells: 0\n",
      "Rep-batch: 12 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 10890 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2654 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2142 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 3640 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5882 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4375 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2267 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2456 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4745 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5426 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3661 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2293 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2446 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 5541 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5553 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 2965 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3436 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4726 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5100 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 5014 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 6057 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 5931 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 3594 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 3372 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 6563 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3923 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4041 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 84 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 6525 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 4293 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 5146 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 5937 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3692 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4060 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 5783 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 6232 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 3204 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 4235 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 5581 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3666 Num Fibs cells: 0\n",
      "Rep-batch: 15 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4643 Num Fibs cells: 0\n",
      "Rep-batch: 15 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 3996 Num Fibs cells: 0\n",
      "Rep-batch: 15 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4223 Num Fibs cells: 0\n",
      "Rep-batch: 15 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4740 Num Fibs cells: 0\n",
      "Rep-batch: 15 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4555 Num Fibs cells: 0\n",
      "Rep-batch: 15 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 3089 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 9194 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 3210 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 15303 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 14906 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 16162 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 6208 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 8815 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 14223 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 16383 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 17113 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 6004 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 7221 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 15558 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 13273 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 17850 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 17473 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 16573 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 17012 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 402 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 15237 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 13387 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 475 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 8314 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 2518 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 7742 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 8807 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 14017 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 15140 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 7161 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 10221 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 9571 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 127 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 11984 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 13261 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 11983 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 6954 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 9331 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 9663 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 7786 Num Fibs cells: 0\n",
      "Rep-batch: 18 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4609 Num Fibs cells: 0\n",
      "Rep-batch: 18 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4221 Num Fibs cells: 0\n",
      "Rep-batch: 18 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4089 Num Fibs cells: 0\n",
      "Rep-batch: 18 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4465 Num Fibs cells: 0\n",
      "Rep-batch: 18 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4325 Num Fibs cells: 0\n",
      "Rep-batch: 18 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4573 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4684 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 3024 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 5681 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 414 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4372 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 6204 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 1890 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4512 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9329 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3513 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 3793 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2781 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 56 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5348 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4099 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 6950 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 7681 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 6601 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 9942 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 10134 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 11089 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 9463 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 11717 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 9467 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 11456 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 10710 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 9109 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 11304 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 6979 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 13779 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 11897 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 10687 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 11039 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 10007 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 12240 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 7222 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 10852 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 9608 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 11177 Num Fibs cells: 0\n",
      "Rep-batch: 21 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 418 Num Fibs cells: 0\n",
      "Rep-batch: 21 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 2090 Num Fibs cells: 0\n",
      "Rep-batch: 21 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 958 Num Fibs cells: 0\n",
      "Rep-batch: 21 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 1522 Num Fibs cells: 0\n",
      "Rep-batch: 21 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 1076 Num Fibs cells: 0\n",
      "Rep-batch: 21 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 1849 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4199 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2812 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 9481 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9557 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9112 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4108 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2847 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 9046 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 11805 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 12068 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 3725 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2961 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 8989 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9872 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9013 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 10158 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9052 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 10309 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4639 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 4200 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 4533 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 1947 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 1850 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3290 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 1832 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 5340 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 4856 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 4347 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 2113 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 2774 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3293 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 1968 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4306 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3620 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 4289 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 1779 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 2038 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3722 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 1874 Num Fibs cells: 0\n",
      "Rep-batch: 24 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4469 Num Fibs cells: 0\n",
      "Rep-batch: 24 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4293 Num Fibs cells: 0\n",
      "Rep-batch: 24 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4192 Num Fibs cells: 0\n",
      "Rep-batch: 24 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4530 Num Fibs cells: 0\n",
      "Rep-batch: 24 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4444 Num Fibs cells: 0\n",
      "Rep-batch: 24 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4545 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 3341 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 3761 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 3533 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5374 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 2564 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2917 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 4330 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4324 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9991 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3121 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2358 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2580 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 3560 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 4919 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3271 Num Fibs cells: 25\n",
      "Rep-batch: 25 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9795 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5218 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 7179 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 2486 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3213 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 4444 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 1781 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 2540 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 4391 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3273 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 2731 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3928 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 6426 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 2252 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 7222 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 4342 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 2265 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 2326 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3463 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 4149 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 1684 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 2874 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3528 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 1550 Num Fibs cells: 0\n",
      "Rep-batch: 27 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 12417 Num Fibs cells: 0\n",
      "Rep-batch: 27 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 13938 Num Fibs cells: 0\n",
      "Rep-batch: 27 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 11570 Num Fibs cells: 0\n",
      "Rep-batch: 27 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 13856 Num Fibs cells: 0\n",
      "Rep-batch: 27 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 12092 Num Fibs cells: 0\n",
      "Rep-batch: 27 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 13157 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2375 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 96 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 9481 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9742 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 8349 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 501 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2924 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 9332 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 10908 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 6942 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2262 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 3192 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 8653 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9362 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 8180 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9172 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 8893 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9274 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 11594 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 31725 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 24425 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 14474 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 17823 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 194 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 13080 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 15171 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 200 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 24936 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 14184 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 17454 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 15625 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 212 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 14824 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 27134 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 13997 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 16504 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 13081 Num Fibs cells: 0\n",
      "Rep-batch: 30 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 7418 Num Fibs cells: 3178\n",
      "Rep-batch: 30 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6643 Num Fibs cells: 3012\n",
      "Rep-batch: 30 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 7352 Num Fibs cells: 3271\n",
      "Rep-batch: 30 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6897 Num Fibs cells: 3174\n",
      "Rep-batch: 30 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 7889 Num Fibs cells: 3071\n",
      "Rep-batch: 30 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 7519 Num Fibs cells: 3133\n",
      "Rep-batch: 31 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4869 Num Fibs cells: 10272\n",
      "Rep-batch: 31 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 3920 Num Fibs cells: 9219\n",
      "Rep-batch: 31 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 7667 Num Fibs cells: 16310\n",
      "Rep-batch: 31 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4629 Num Fibs cells: 12108\n",
      "Rep-batch: 31 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4266 Num Fibs cells: 10723\n",
      "Rep-batch: 31 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4600 Num Fibs cells: 9451\n",
      "Rep-batch: 31 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 4131 Num Fibs cells: 9232\n",
      "Rep-batch: 31 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 4358 Num Fibs cells: 11003\n",
      "Rep-batch: 31 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4368 Num Fibs cells: 10791\n",
      "Rep-batch: 31 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5415 Num Fibs cells: 13694\n",
      "Rep-batch: 31 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 6013 Num Fibs cells: 11635\n",
      "Rep-batch: 31 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 2806 Num Fibs cells: 6660\n",
      "Rep-batch: 31 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5452 Num Fibs cells: 13683\n",
      "Rep-batch: 31 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4558 Num Fibs cells: 11784\n",
      "Rep-batch: 31 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5456 Num Fibs cells: 12745\n",
      "Rep-batch: 31 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3285 Num Fibs cells: 9581\n",
      "Rep-batch: 31 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4427 Num Fibs cells: 10408\n",
      "Rep-batch: 31 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4272 Num Fibs cells: 12165\n",
      "Rep-batch: 32 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4042 Num Fibs cells: 10105\n",
      "Rep-batch: 32 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 2271 Num Fibs cells: 7679\n",
      "Rep-batch: 32 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 3484 Num Fibs cells: 10018\n",
      "Rep-batch: 32 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 3411 Num Fibs cells: 9741\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3498 Num Fibs cells: 9063\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 3540 Num Fibs cells: 8443\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3192 Num Fibs cells: 8800\n",
      "Rep-batch: 32 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4299 Num Fibs cells: 10709\n",
      "Rep-batch: 32 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 3241 Num Fibs cells: 10448\n",
      "Rep-batch: 32 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 3432 Num Fibs cells: 8200\n",
      "Rep-batch: 32 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 2750 Num Fibs cells: 7968\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3387 Num Fibs cells: 9544\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2992 Num Fibs cells: 8372\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3798 Num Fibs cells: 9818\n",
      "Rep-batch: 32 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 3888 Num Fibs cells: 9646\n",
      "Rep-batch: 32 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 3117 Num Fibs cells: 9451\n",
      "Rep-batch: 32 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 3993 Num Fibs cells: 10019\n",
      "Rep-batch: 32 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 3246 Num Fibs cells: 10458\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3894 Num Fibs cells: 8517\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 3696 Num Fibs cells: 8483\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3660 Num Fibs cells: 10419\n",
      "Rep-batch: 33 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 9674 Num Fibs cells: 8928\n",
      "Rep-batch: 33 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 10465 Num Fibs cells: 8576\n",
      "Rep-batch: 33 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 9731 Num Fibs cells: 8582\n",
      "Rep-batch: 33 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 10956 Num Fibs cells: 8572\n",
      "Rep-batch: 33 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 10109 Num Fibs cells: 8596\n",
      "Rep-batch: 33 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 10119 Num Fibs cells: 8122\n",
      "Rep-batch: 34 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 7629 Num Fibs cells: 7270\n",
      "Rep-batch: 34 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5486 Num Fibs cells: 7215\n",
      "Rep-batch: 34 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5002 Num Fibs cells: 6814\n",
      "Rep-batch: 34 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 5448 Num Fibs cells: 7695\n",
      "Rep-batch: 34 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4502 Num Fibs cells: 6721\n",
      "Rep-batch: 34 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 7696 Num Fibs cells: 6703\n",
      "Rep-batch: 34 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 6543 Num Fibs cells: 7155\n",
      "Rep-batch: 34 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 3496 Num Fibs cells: 5037\n",
      "Rep-batch: 34 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4470 Num Fibs cells: 6261\n",
      "Rep-batch: 34 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 6375 Num Fibs cells: 7715\n",
      "Rep-batch: 34 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 9889 Num Fibs cells: 8735\n",
      "Rep-batch: 34 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5972 Num Fibs cells: 6735\n",
      "Rep-batch: 34 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5658 Num Fibs cells: 6921\n",
      "Rep-batch: 34 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4433 Num Fibs cells: 6044\n",
      "Rep-batch: 34 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 6144 Num Fibs cells: 8173\n",
      "Rep-batch: 34 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3818 Num Fibs cells: 5454\n",
      "Rep-batch: 34 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5123 Num Fibs cells: 6563\n",
      "Rep-batch: 34 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5128 Num Fibs cells: 7218\n",
      "Rep-batch: 35 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 7450 Num Fibs cells: 6530\n",
      "Rep-batch: 35 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 5211 Num Fibs cells: 5940\n",
      "Rep-batch: 35 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 7286 Num Fibs cells: 8119\n",
      "Rep-batch: 35 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 7029 Num Fibs cells: 8435\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 6285 Num Fibs cells: 6588\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 5738 Num Fibs cells: 6569\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 5887 Num Fibs cells: 6602\n",
      "Rep-batch: 35 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 8335 Num Fibs cells: 8373\n",
      "Rep-batch: 35 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 7187 Num Fibs cells: 9447\n",
      "Rep-batch: 35 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 5751 Num Fibs cells: 5962\n",
      "Rep-batch: 35 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 5821 Num Fibs cells: 6349\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 6821 Num Fibs cells: 8069\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 5694 Num Fibs cells: 6376\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 8209 Num Fibs cells: 9575\n",
      "Rep-batch: 35 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 7479 Num Fibs cells: 6767\n",
      "Rep-batch: 35 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 6984 Num Fibs cells: 9293\n",
      "Rep-batch: 35 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 7703 Num Fibs cells: 9214\n",
      "Rep-batch: 35 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 6472 Num Fibs cells: 8860\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 5981 Num Fibs cells: 7474\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 5814 Num Fibs cells: 6780\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 7244 Num Fibs cells: 8768\n",
      "Rep-batch: 36 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 6384 Num Fibs cells: 2284\n",
      "Rep-batch: 36 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6167 Num Fibs cells: 2430\n",
      "Rep-batch: 36 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 6486 Num Fibs cells: 2519\n",
      "Rep-batch: 36 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6686 Num Fibs cells: 2318\n",
      "Rep-batch: 36 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 6451 Num Fibs cells: 2277\n",
      "Rep-batch: 36 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6234 Num Fibs cells: 2335\n",
      "Rep-batch: 37 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4913 Num Fibs cells: 2122\n",
      "Rep-batch: 37 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5606 Num Fibs cells: 2318\n",
      "Rep-batch: 37 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 219 Num Fibs cells: 66\n",
      "Rep-batch: 37 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 5445 Num Fibs cells: 3188\n",
      "Rep-batch: 37 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5690 Num Fibs cells: 3879\n",
      "Rep-batch: 37 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 7037 Num Fibs cells: 4382\n",
      "Rep-batch: 37 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 6700 Num Fibs cells: 3090\n",
      "Rep-batch: 37 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 49 Num Fibs cells: 10\n",
      "Rep-batch: 37 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3345 Num Fibs cells: 2500\n",
      "Rep-batch: 37 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 8576 Num Fibs cells: 5225\n",
      "Rep-batch: 37 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 9425 Num Fibs cells: 4798\n",
      "Rep-batch: 37 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 6216 Num Fibs cells: 2611\n",
      "Rep-batch: 37 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 8807 Num Fibs cells: 5000\n",
      "Rep-batch: 37 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3593 Num Fibs cells: 1894\n",
      "Rep-batch: 37 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 9644 Num Fibs cells: 5238\n",
      "Rep-batch: 37 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3384 Num Fibs cells: 2237\n",
      "Rep-batch: 37 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5405 Num Fibs cells: 2610\n",
      "Rep-batch: 37 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5054 Num Fibs cells: 2630\n",
      "Rep-batch: 38 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 2412 Num Fibs cells: 2460\n",
      "Rep-batch: 38 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 3053 Num Fibs cells: 2773\n",
      "Rep-batch: 38 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 3985 Num Fibs cells: 3035\n",
      "Rep-batch: 38 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 3843 Num Fibs cells: 3231\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 4641 Num Fibs cells: 3470\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 4005 Num Fibs cells: 3100\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 4094 Num Fibs cells: 3059\n",
      "Rep-batch: 38 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 3048 Num Fibs cells: 2847\n",
      "Rep-batch: 38 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 3743 Num Fibs cells: 3534\n",
      "Rep-batch: 38 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 3011 Num Fibs cells: 2782\n",
      "Rep-batch: 38 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 2374 Num Fibs cells: 2410\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3632 Num Fibs cells: 3140\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2745 Num Fibs cells: 2833\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 4799 Num Fibs cells: 3587\n",
      "Rep-batch: 38 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4938 Num Fibs cells: 3640\n",
      "Rep-batch: 38 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 4567 Num Fibs cells: 3857\n",
      "Rep-batch: 38 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 5838 Num Fibs cells: 4151\n",
      "Rep-batch: 38 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 4955 Num Fibs cells: 3975\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 4269 Num Fibs cells: 3273\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 3858 Num Fibs cells: 3104\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 6060 Num Fibs cells: 4087\n",
      "Rep-batch: 39 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 6902 Num Fibs cells: 6106\n",
      "Rep-batch: 39 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6386 Num Fibs cells: 5615\n",
      "Rep-batch: 39 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 6399 Num Fibs cells: 5661\n",
      "Rep-batch: 39 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6177 Num Fibs cells: 5720\n",
      "Rep-batch: 39 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 7481 Num Fibs cells: 5803\n",
      "Rep-batch: 39 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6307 Num Fibs cells: 5606\n",
      "Rep-batch: 40 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 5135 Num Fibs cells: 8399\n",
      "Rep-batch: 40 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5669 Num Fibs cells: 10344\n",
      "Rep-batch: 40 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 3809 Num Fibs cells: 7196\n",
      "Rep-batch: 40 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4540 Num Fibs cells: 8428\n",
      "Rep-batch: 40 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2642 Num Fibs cells: 5664\n",
      "Rep-batch: 40 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4685 Num Fibs cells: 7566\n",
      "Rep-batch: 40 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 6705 Num Fibs cells: 10001\n",
      "Rep-batch: 40 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 2843 Num Fibs cells: 7139\n",
      "Rep-batch: 40 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4437 Num Fibs cells: 8257\n",
      "Rep-batch: 40 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4511 Num Fibs cells: 6199\n",
      "Rep-batch: 40 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 6265 Num Fibs cells: 8550\n",
      "Rep-batch: 40 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5670 Num Fibs cells: 9368\n",
      "Rep-batch: 40 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 4179 Num Fibs cells: 7495\n",
      "Rep-batch: 40 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3966 Num Fibs cells: 7918\n",
      "Rep-batch: 40 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4909 Num Fibs cells: 7577\n",
      "Rep-batch: 40 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3595 Num Fibs cells: 7915\n",
      "Rep-batch: 40 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5227 Num Fibs cells: 8651\n",
      "Rep-batch: 40 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4238 Num Fibs cells: 8090\n",
      "Rep-batch: 41 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4428 Num Fibs cells: 8918\n",
      "Rep-batch: 41 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 463 Num Fibs cells: 339\n",
      "Rep-batch: 41 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 4157 Num Fibs cells: 7870\n",
      "Rep-batch: 41 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 201 Num Fibs cells: 79\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 4632 Num Fibs cells: 8149\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 3945 Num Fibs cells: 7857\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3267 Num Fibs cells: 7317\n",
      "Rep-batch: 41 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4562 Num Fibs cells: 8945\n",
      "Rep-batch: 41 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 2695 Num Fibs cells: 6331\n",
      "Rep-batch: 41 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 2946 Num Fibs cells: 6995\n",
      "Rep-batch: 41 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 2840 Num Fibs cells: 6739\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3714 Num Fibs cells: 7867\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 3345 Num Fibs cells: 7010\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 858 Num Fibs cells: 180\n",
      "Rep-batch: 41 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4276 Num Fibs cells: 8782\n",
      "Rep-batch: 41 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 5104 Num Fibs cells: 7822\n",
      "Rep-batch: 41 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 6717 Num Fibs cells: 9128\n",
      "Rep-batch: 41 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 4747 Num Fibs cells: 7920\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 4741 Num Fibs cells: 8116\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 143 Num Fibs cells: 60\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 503 Num Fibs cells: 460\n",
      "Rep-batch: 42 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 9507 Num Fibs cells: 17082\n",
      "Rep-batch: 42 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 10755 Num Fibs cells: 16036\n",
      "Rep-batch: 42 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 9729 Num Fibs cells: 16172\n",
      "Rep-batch: 42 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 9596 Num Fibs cells: 16331\n",
      "Rep-batch: 42 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 10137 Num Fibs cells: 15621\n",
      "Rep-batch: 42 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 10496 Num Fibs cells: 15688\n",
      "Rep-batch: 43 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 1975 Num Fibs cells: 21058\n",
      "Rep-batch: 43 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 2160 Num Fibs cells: 18912\n",
      "Rep-batch: 43 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 2130 Num Fibs cells: 24366\n",
      "Rep-batch: 43 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 2856 Num Fibs cells: 26172\n",
      "Rep-batch: 43 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 1789 Num Fibs cells: 18489\n",
      "Rep-batch: 43 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 1824 Num Fibs cells: 18613\n",
      "Rep-batch: 43 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 2153 Num Fibs cells: 17963\n",
      "Rep-batch: 43 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 1645 Num Fibs cells: 19357\n",
      "Rep-batch: 43 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 2011 Num Fibs cells: 21705\n",
      "Rep-batch: 43 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 794 Num Fibs cells: 5828\n",
      "Rep-batch: 43 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 2476 Num Fibs cells: 22980\n",
      "Rep-batch: 43 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 2738 Num Fibs cells: 18092\n",
      "Rep-batch: 43 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 3103 Num Fibs cells: 24284\n",
      "Rep-batch: 43 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 2227 Num Fibs cells: 21970\n",
      "Rep-batch: 43 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2811 Num Fibs cells: 25923\n",
      "Rep-batch: 43 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 1682 Num Fibs cells: 18864\n",
      "Rep-batch: 43 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2135 Num Fibs cells: 23453\n",
      "Rep-batch: 43 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 1904 Num Fibs cells: 25786\n",
      "Rep-batch: 44 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 1709 Num Fibs cells: 10491\n",
      "Rep-batch: 44 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 2534 Num Fibs cells: 4181\n",
      "Rep-batch: 44 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 2473 Num Fibs cells: 21893\n",
      "Rep-batch: 44 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 2546 Num Fibs cells: 18947\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 2216 Num Fibs cells: 17340\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2426 Num Fibs cells: 17561\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 2246 Num Fibs cells: 16293\n",
      "Rep-batch: 44 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 733 Num Fibs cells: 550\n",
      "Rep-batch: 44 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 4327 Num Fibs cells: 29583\n",
      "Rep-batch: 44 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 1766 Num Fibs cells: 14872\n",
      "Rep-batch: 44 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 989 Num Fibs cells: 4182\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 2650 Num Fibs cells: 21538\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 3074 Num Fibs cells: 5899\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3315 Num Fibs cells: 26531\n",
      "Rep-batch: 44 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 2685 Num Fibs cells: 14612\n",
      "Rep-batch: 44 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 3789 Num Fibs cells: 25354\n",
      "Rep-batch: 44 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 4278 Num Fibs cells: 25818\n",
      "Rep-batch: 44 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 3557 Num Fibs cells: 26110\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 2511 Num Fibs cells: 18647\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2849 Num Fibs cells: 16876\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3340 Num Fibs cells: 23093\n",
      "Rep-batch: 45 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 3414 Num Fibs cells: 1123\n",
      "Rep-batch: 45 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 3662 Num Fibs cells: 1070\n",
      "Rep-batch: 45 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 3485 Num Fibs cells: 1044\n",
      "Rep-batch: 45 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 3384 Num Fibs cells: 1231\n",
      "Rep-batch: 45 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 3585 Num Fibs cells: 1039\n",
      "Rep-batch: 45 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 3409 Num Fibs cells: 1139\n",
      "Rep-batch: 46 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 5834 Num Fibs cells: 5879\n",
      "Rep-batch: 46 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5005 Num Fibs cells: 5248\n",
      "Rep-batch: 46 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 10020 Num Fibs cells: 5018\n",
      "Rep-batch: 46 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 8269 Num Fibs cells: 7239\n",
      "Rep-batch: 46 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 9233 Num Fibs cells: 4257\n",
      "Rep-batch: 46 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4518 Num Fibs cells: 3512\n",
      "Rep-batch: 46 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 4994 Num Fibs cells: 5833\n",
      "Rep-batch: 46 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 6491 Num Fibs cells: 4995\n",
      "Rep-batch: 46 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 7427 Num Fibs cells: 5396\n",
      "Rep-batch: 46 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 8085 Num Fibs cells: 6998\n",
      "Rep-batch: 46 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 5599 Num Fibs cells: 5893\n",
      "Rep-batch: 46 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 4656 Num Fibs cells: 4074\n",
      "Rep-batch: 46 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 8515 Num Fibs cells: 6444\n",
      "Rep-batch: 46 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 7654 Num Fibs cells: 5363\n",
      "Rep-batch: 46 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 323 Num Fibs cells: 231\n",
      "Rep-batch: 46 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 7844 Num Fibs cells: 4445\n",
      "Rep-batch: 46 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 8280 Num Fibs cells: 7493\n",
      "Rep-batch: 46 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 9603 Num Fibs cells: 7067\n",
      "Rep-batch: 47 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 3183 Num Fibs cells: 1129\n",
      "Rep-batch: 47 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 6502 Num Fibs cells: 3846\n",
      "Rep-batch: 47 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 6629 Num Fibs cells: 4937\n",
      "Rep-batch: 47 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 6019 Num Fibs cells: 5555\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 5637 Num Fibs cells: 4576\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 6392 Num Fibs cells: 4034\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 5237 Num Fibs cells: 4458\n",
      "Rep-batch: 47 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 9414 Num Fibs cells: 3434\n",
      "Rep-batch: 47 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 9112 Num Fibs cells: 5900\n",
      "Rep-batch: 47 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 6500 Num Fibs cells: 4038\n",
      "Rep-batch: 47 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 6512 Num Fibs cells: 3118\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 6575 Num Fibs cells: 4162\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 4062 Num Fibs cells: 1842\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 6884 Num Fibs cells: 6345\n",
      "Rep-batch: 47 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 8525 Num Fibs cells: 3918\n",
      "Rep-batch: 47 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 9121 Num Fibs cells: 6226\n",
      "Rep-batch: 47 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 7744 Num Fibs cells: 6241\n",
      "Rep-batch: 47 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 6367 Num Fibs cells: 4085\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 5361 Num Fibs cells: 4817\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 7172 Num Fibs cells: 4213\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 6310 Num Fibs cells: 6045\n",
      "Rep-batch: 48 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 8927 Num Fibs cells: 2520\n",
      "Rep-batch: 48 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 8697 Num Fibs cells: 2934\n",
      "Rep-batch: 48 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 7941 Num Fibs cells: 2542\n",
      "Rep-batch: 48 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 8958 Num Fibs cells: 2574\n",
      "Rep-batch: 48 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 9081 Num Fibs cells: 2666\n",
      "Rep-batch: 48 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 8438 Num Fibs cells: 2653\n",
      "Rep-batch: 49 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 7073 Num Fibs cells: 14557\n",
      "Rep-batch: 49 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5016 Num Fibs cells: 11724\n",
      "Rep-batch: 49 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5585 Num Fibs cells: 11577\n",
      "Rep-batch: 49 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 7766 Num Fibs cells: 12779\n",
      "Rep-batch: 49 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5978 Num Fibs cells: 11423\n",
      "Rep-batch: 49 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 5716 Num Fibs cells: 10756\n",
      "Rep-batch: 49 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 6708 Num Fibs cells: 13656\n",
      "Rep-batch: 49 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 6915 Num Fibs cells: 13638\n",
      "Rep-batch: 49 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 8469 Num Fibs cells: 11788\n",
      "Rep-batch: 49 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 7402 Num Fibs cells: 10741\n",
      "Rep-batch: 49 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 6579 Num Fibs cells: 12515\n",
      "Rep-batch: 49 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 4374 Num Fibs cells: 12143\n",
      "Rep-batch: 49 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5724 Num Fibs cells: 11256\n",
      "Rep-batch: 49 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 5995 Num Fibs cells: 10625\n",
      "Rep-batch: 49 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4992 Num Fibs cells: 10339\n",
      "Rep-batch: 49 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 10257 Num Fibs cells: 14481\n",
      "Rep-batch: 49 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 8938 Num Fibs cells: 12892\n",
      "Rep-batch: 49 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 6193 Num Fibs cells: 9433\n",
      "Rep-batch: 50 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 8461 Num Fibs cells: 10733\n",
      "Rep-batch: 50 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 6091 Num Fibs cells: 7869\n",
      "Rep-batch: 50 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 9734 Num Fibs cells: 11932\n",
      "Rep-batch: 50 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 8242 Num Fibs cells: 11066\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 8000 Num Fibs cells: 9464\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 7357 Num Fibs cells: 9288\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 6725 Num Fibs cells: 9819\n",
      "Rep-batch: 50 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 9156 Num Fibs cells: 11843\n",
      "Rep-batch: 50 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 9912 Num Fibs cells: 11479\n",
      "Rep-batch: 50 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 7722 Num Fibs cells: 8721\n",
      "Rep-batch: 50 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 6893 Num Fibs cells: 8777\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 9358 Num Fibs cells: 9780\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 7044 Num Fibs cells: 8831\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 10559 Num Fibs cells: 12307\n",
      "Rep-batch: 50 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 8181 Num Fibs cells: 10131\n",
      "Rep-batch: 50 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 11509 Num Fibs cells: 12391\n",
      "Rep-batch: 50 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 8380 Num Fibs cells: 12698\n",
      "Rep-batch: 50 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 9906 Num Fibs cells: 11622\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 8738 Num Fibs cells: 11326\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 6796 Num Fibs cells: 9571\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 9975 Num Fibs cells: 12310\n",
      "Rep-batch: 51 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 1355 Num Fibs cells: 7969\n",
      "Rep-batch: 51 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 1873 Num Fibs cells: 7607\n",
      "Rep-batch: 51 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 1272 Num Fibs cells: 8057\n",
      "Rep-batch: 51 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 1540 Num Fibs cells: 7371\n",
      "Rep-batch: 51 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 1156 Num Fibs cells: 7626\n",
      "Rep-batch: 51 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 1516 Num Fibs cells: 7079\n",
      "Rep-batch: 52 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 1810 Num Fibs cells: 7466\n",
      "Rep-batch: 52 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 1967 Num Fibs cells: 7265\n",
      "Rep-batch: 52 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 2554 Num Fibs cells: 4817\n",
      "Rep-batch: 52 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3672 Num Fibs cells: 6340\n",
      "Rep-batch: 52 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2061 Num Fibs cells: 4051\n",
      "Rep-batch: 52 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 1491 Num Fibs cells: 6609\n",
      "Rep-batch: 52 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 1469 Num Fibs cells: 5990\n",
      "Rep-batch: 52 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 2374 Num Fibs cells: 4732\n",
      "Rep-batch: 52 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3457 Num Fibs cells: 5132\n",
      "Rep-batch: 52 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2982 Num Fibs cells: 5292\n",
      "Rep-batch: 52 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 2200 Num Fibs cells: 8137\n",
      "Rep-batch: 52 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 1758 Num Fibs cells: 6182\n",
      "Rep-batch: 52 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 3349 Num Fibs cells: 5815\n",
      "Rep-batch: 52 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 2939 Num Fibs cells: 4968\n",
      "Rep-batch: 52 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2950 Num Fibs cells: 5397\n",
      "Rep-batch: 52 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2002 Num Fibs cells: 4207\n",
      "Rep-batch: 52 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2504 Num Fibs cells: 4984\n",
      "Rep-batch: 52 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2697 Num Fibs cells: 5692\n",
      "Rep-batch: 53 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 1214 Num Fibs cells: 2810\n",
      "Rep-batch: 53 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 1008 Num Fibs cells: 1852\n",
      "Rep-batch: 53 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 1236 Num Fibs cells: 2457\n",
      "Rep-batch: 53 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 643 Num Fibs cells: 2374\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 611 Num Fibs cells: 2044\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 1051 Num Fibs cells: 1999\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 541 Num Fibs cells: 2144\n",
      "Rep-batch: 53 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 1475 Num Fibs cells: 3630\n",
      "Rep-batch: 53 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 1280 Num Fibs cells: 2863\n",
      "Rep-batch: 53 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 877 Num Fibs cells: 1756\n",
      "Rep-batch: 53 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 613 Num Fibs cells: 1890\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 655 Num Fibs cells: 2372\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 852 Num Fibs cells: 1966\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 803 Num Fibs cells: 2556\n",
      "Rep-batch: 53 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 1191 Num Fibs cells: 2469\n",
      "Rep-batch: 53 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 1245 Num Fibs cells: 2716\n",
      "Rep-batch: 53 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 1219 Num Fibs cells: 2663\n",
      "Rep-batch: 53 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 843 Num Fibs cells: 3166\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 730 Num Fibs cells: 2627\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 984 Num Fibs cells: 1851\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 820 Num Fibs cells: 2816\n",
      "Rep-batch: 54 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 2394 Num Fibs cells: 3233\n",
      "Rep-batch: 54 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 2443 Num Fibs cells: 3221\n",
      "Rep-batch: 54 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 2404 Num Fibs cells: 3188\n",
      "Rep-batch: 54 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 2416 Num Fibs cells: 3035\n",
      "Rep-batch: 54 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 2385 Num Fibs cells: 2928\n",
      "Rep-batch: 54 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 2377 Num Fibs cells: 3013\n",
      "Rep-batch: 55 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4270 Num Fibs cells: 3165\n",
      "Rep-batch: 55 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5292 Num Fibs cells: 3894\n",
      "Rep-batch: 55 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 2192 Num Fibs cells: 2629\n",
      "Rep-batch: 55 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 6128 Num Fibs cells: 5355\n",
      "Rep-batch: 55 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 1261 Num Fibs cells: 2141\n",
      "Rep-batch: 55 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4255 Num Fibs cells: 3301\n",
      "Rep-batch: 55 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5781 Num Fibs cells: 4101\n",
      "Rep-batch: 55 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 1300 Num Fibs cells: 2285\n",
      "Rep-batch: 55 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3465 Num Fibs cells: 3667\n",
      "Rep-batch: 55 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3545 Num Fibs cells: 3845\n",
      "Rep-batch: 55 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 7236 Num Fibs cells: 4423\n",
      "Rep-batch: 55 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 7579 Num Fibs cells: 4924\n",
      "Rep-batch: 55 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 2817 Num Fibs cells: 3663\n",
      "Rep-batch: 55 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3215 Num Fibs cells: 3628\n",
      "Rep-batch: 55 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3514 Num Fibs cells: 3577\n",
      "Rep-batch: 55 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2458 Num Fibs cells: 3477\n",
      "Rep-batch: 55 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5008 Num Fibs cells: 4001\n",
      "Rep-batch: 55 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3492 Num Fibs cells: 3476\n",
      "Rep-batch: 56 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 3815 Num Fibs cells: 4555\n",
      "Rep-batch: 56 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 2284 Num Fibs cells: 3567\n",
      "Rep-batch: 56 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 3666 Num Fibs cells: 4036\n",
      "Rep-batch: 56 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 3131 Num Fibs cells: 4279\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3596 Num Fibs cells: 3767\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2463 Num Fibs cells: 3323\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3259 Num Fibs cells: 3862\n",
      "Rep-batch: 56 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4201 Num Fibs cells: 4468\n",
      "Rep-batch: 56 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 3516 Num Fibs cells: 4056\n",
      "Rep-batch: 56 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 2706 Num Fibs cells: 3420\n",
      "Rep-batch: 56 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 2113 Num Fibs cells: 2949\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 4145 Num Fibs cells: 4802\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2581 Num Fibs cells: 3516\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 5275 Num Fibs cells: 5247\n",
      "Rep-batch: 56 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 2265 Num Fibs cells: 3303\n",
      "Rep-batch: 56 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 2183 Num Fibs cells: 1228\n",
      "Rep-batch: 56 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 5501 Num Fibs cells: 4745\n",
      "Rep-batch: 56 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 4490 Num Fibs cells: 4799\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3493 Num Fibs cells: 4343\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2910 Num Fibs cells: 4175\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 5271 Num Fibs cells: 4992\n",
      "Rep-batch: 57 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 9801 Num Fibs cells: 3538\n",
      "Rep-batch: 57 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 8783 Num Fibs cells: 3335\n",
      "Rep-batch: 57 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 6525 Num Fibs cells: 3070\n",
      "Rep-batch: 57 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 8645 Num Fibs cells: 3043\n",
      "Rep-batch: 57 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 10208 Num Fibs cells: 3639\n",
      "Rep-batch: 57 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 8672 Num Fibs cells: 3245\n",
      "Rep-batch: 58 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 2376 Num Fibs cells: 4794\n",
      "Rep-batch: 58 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 2807 Num Fibs cells: 4923\n",
      "Rep-batch: 58 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5741 Num Fibs cells: 4860\n",
      "Rep-batch: 58 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4446 Num Fibs cells: 4857\n",
      "Rep-batch: 58 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4289 Num Fibs cells: 4074\n",
      "Rep-batch: 58 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 1619 Num Fibs cells: 4087\n",
      "Rep-batch: 58 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 3140 Num Fibs cells: 5581\n",
      "Rep-batch: 58 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 4010 Num Fibs cells: 4458\n",
      "Rep-batch: 58 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4005 Num Fibs cells: 4803\n",
      "Rep-batch: 58 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5657 Num Fibs cells: 5526\n",
      "Rep-batch: 58 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 2186 Num Fibs cells: 4659\n",
      "Rep-batch: 58 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 2816 Num Fibs cells: 5362\n",
      "Rep-batch: 58 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5113 Num Fibs cells: 5386\n",
      "Rep-batch: 58 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4189 Num Fibs cells: 4703\n",
      "Rep-batch: 58 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4907 Num Fibs cells: 5188\n",
      "Rep-batch: 58 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3859 Num Fibs cells: 4487\n",
      "Rep-batch: 58 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5182 Num Fibs cells: 4910\n",
      "Rep-batch: 58 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4192 Num Fibs cells: 5153\n",
      "Rep-batch: 59 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 12935 Num Fibs cells: 12301\n",
      "Rep-batch: 59 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 13127 Num Fibs cells: 9902\n",
      "Rep-batch: 59 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 12748 Num Fibs cells: 8699\n",
      "Rep-batch: 59 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 112 Num Fibs cells: 3\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 11892 Num Fibs cells: 10370\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 12213 Num Fibs cells: 10089\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 10497 Num Fibs cells: 10190\n",
      "Rep-batch: 59 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 14605 Num Fibs cells: 14405\n",
      "Rep-batch: 59 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 16242 Num Fibs cells: 12199\n",
      "Rep-batch: 59 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 12192 Num Fibs cells: 8296\n",
      "Rep-batch: 59 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 11949 Num Fibs cells: 12560\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 11192 Num Fibs cells: 10689\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 11880 Num Fibs cells: 9865\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 9061 Num Fibs cells: 9171\n",
      "Rep-batch: 59 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 11849 Num Fibs cells: 11305\n",
      "Rep-batch: 59 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 16011 Num Fibs cells: 11680\n",
      "Rep-batch: 59 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 14237 Num Fibs cells: 9882\n",
      "Rep-batch: 59 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 12508 Num Fibs cells: 11563\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 10827 Num Fibs cells: 9542\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 12346 Num Fibs cells: 9307\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 10138 Num Fibs cells: 9936\n",
      "Rep-batch: 60 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5474\n",
      "Rep-batch: 60 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 5746\n",
      "Rep-batch: 60 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5694\n",
      "Rep-batch: 60 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5552\n",
      "Rep-batch: 60 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 6036\n",
      "Rep-batch: 61 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 11535\n",
      "Rep-batch: 61 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 10024\n",
      "Rep-batch: 61 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 15889\n",
      "Rep-batch: 61 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 13181\n",
      "Rep-batch: 61 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 16363\n",
      "Rep-batch: 61 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 10838\n",
      "Rep-batch: 61 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 10442\n",
      "Rep-batch: 61 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 16418\n",
      "Rep-batch: 61 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 15060\n",
      "Rep-batch: 61 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 14942\n",
      "Rep-batch: 61 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 10241\n",
      "Rep-batch: 61 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 10140\n",
      "Rep-batch: 61 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 16861\n",
      "Rep-batch: 61 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 15754\n",
      "Rep-batch: 61 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 18419\n",
      "Rep-batch: 61 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 16328\n",
      "Rep-batch: 61 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 14123\n",
      "Rep-batch: 61 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 17396\n",
      "Rep-batch: 62 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 9591\n",
      "Rep-batch: 62 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 11632\n",
      "Rep-batch: 62 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 12766\n",
      "Rep-batch: 62 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10873\n",
      "Rep-batch: 62 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 10044\n",
      "Rep-batch: 62 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10451\n",
      "Rep-batch: 62 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 11977\n",
      "Rep-batch: 62 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 9696\n",
      "Rep-batch: 62 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 11021\n",
      "Rep-batch: 62 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 11054\n",
      "Rep-batch: 62 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 12090\n",
      "Rep-batch: 62 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 9497\n",
      "Rep-batch: 62 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11542\n",
      "Rep-batch: 62 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 10324\n",
      "Rep-batch: 62 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 9332\n",
      "Rep-batch: 62 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 13254\n",
      "Rep-batch: 62 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 10489\n",
      "Rep-batch: 62 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11903\n",
      "Rep-batch: 62 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11037\n",
      "Rep-batch: 62 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10812\n",
      "Rep-batch: 62 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 10097\n",
      "Rep-batch: 63 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 16634\n",
      "Rep-batch: 63 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 17314\n",
      "Rep-batch: 63 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 15688\n",
      "Rep-batch: 63 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 16281\n",
      "Rep-batch: 63 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 16559\n",
      "Rep-batch: 64 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 7697\n",
      "Rep-batch: 64 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 14978\n",
      "Rep-batch: 64 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 18118\n",
      "Rep-batch: 64 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 16688\n",
      "Rep-batch: 64 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 20536\n",
      "Rep-batch: 64 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 7673\n",
      "Rep-batch: 64 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 16043\n",
      "Rep-batch: 64 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 18447\n",
      "Rep-batch: 64 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 21033\n",
      "Rep-batch: 64 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 19243\n",
      "Rep-batch: 64 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 8226\n",
      "Rep-batch: 64 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 15094\n",
      "Rep-batch: 64 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 19224\n",
      "Rep-batch: 64 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 20408\n",
      "Rep-batch: 64 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 22606\n",
      "Rep-batch: 64 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 20577\n",
      "Rep-batch: 64 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 17533\n",
      "Rep-batch: 64 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 20672\n",
      "Rep-batch: 65 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 4333\n",
      "Rep-batch: 65 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 16596\n",
      "Rep-batch: 65 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 18044\n",
      "Rep-batch: 65 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 9929\n",
      "Rep-batch: 65 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11789\n",
      "Rep-batch: 65 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 15425\n",
      "Rep-batch: 65 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 13712\n",
      "Rep-batch: 65 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 5335\n",
      "Rep-batch: 65 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 16450\n",
      "Rep-batch: 65 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 46\n",
      "Rep-batch: 65 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 12460\n",
      "Rep-batch: 65 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11511\n",
      "Rep-batch: 65 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 17805\n",
      "Rep-batch: 65 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 12745\n",
      "Rep-batch: 65 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 4452\n",
      "Rep-batch: 65 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 18336\n",
      "Rep-batch: 65 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 15181\n",
      "Rep-batch: 65 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 13249\n",
      "Rep-batch: 65 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 12235\n",
      "Rep-batch: 65 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 14403\n",
      "Rep-batch: 65 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 14633\n",
      "Rep-batch: 66 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5730\n",
      "Rep-batch: 66 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 6246\n",
      "Rep-batch: 66 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5287\n",
      "Rep-batch: 66 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 6393\n",
      "Rep-batch: 66 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 6442\n",
      "Rep-batch: 67 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 6142\n",
      "Rep-batch: 67 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 5468\n",
      "Rep-batch: 67 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 4243\n",
      "Rep-batch: 67 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 5508\n",
      "Rep-batch: 67 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 6596\n",
      "Rep-batch: 67 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 3240\n",
      "Rep-batch: 67 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 2707\n",
      "Rep-batch: 67 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 6655\n",
      "Rep-batch: 67 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 6127\n",
      "Rep-batch: 67 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 6852\n",
      "Rep-batch: 67 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 4440\n",
      "Rep-batch: 67 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 4666\n",
      "Rep-batch: 67 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 6476\n",
      "Rep-batch: 67 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 6693\n",
      "Rep-batch: 67 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 6843\n",
      "Rep-batch: 67 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 3921\n",
      "Rep-batch: 67 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 2022\n",
      "Rep-batch: 67 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 3169\n",
      "Rep-batch: 68 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 4445\n",
      "Rep-batch: 68 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 6940\n",
      "Rep-batch: 68 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 6443\n",
      "Rep-batch: 68 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 6402\n",
      "Rep-batch: 68 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 4264\n",
      "Rep-batch: 68 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 5848\n",
      "Rep-batch: 68 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 5336\n",
      "Rep-batch: 68 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 2188\n",
      "Rep-batch: 68 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 1051\n",
      "Rep-batch: 68 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 6763\n",
      "Rep-batch: 68 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 6181\n",
      "Rep-batch: 68 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 4939\n",
      "Rep-batch: 68 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 7156\n",
      "Rep-batch: 68 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 3688\n",
      "Rep-batch: 68 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 3807\n",
      "Rep-batch: 68 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 3725\n",
      "Rep-batch: 68 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 4757\n",
      "Rep-batch: 68 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 3229\n",
      "Rep-batch: 68 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 6158\n",
      "Rep-batch: 68 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 5506\n",
      "Rep-batch: 68 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 4850\n",
      "Rep-batch: 69 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 11032\n",
      "Rep-batch: 69 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 10995\n",
      "Rep-batch: 69 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 11033\n",
      "Rep-batch: 69 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 11285\n",
      "Rep-batch: 69 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 11731\n",
      "Rep-batch: 70 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 14587\n",
      "Rep-batch: 70 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 14283\n",
      "Rep-batch: 70 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 10587\n",
      "Rep-batch: 70 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 12672\n",
      "Rep-batch: 70 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 11400\n",
      "Rep-batch: 70 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 14185\n",
      "Rep-batch: 70 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 15234\n",
      "Rep-batch: 70 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 11425\n",
      "Rep-batch: 70 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 13205\n",
      "Rep-batch: 70 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9433\n",
      "Rep-batch: 70 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 14897\n",
      "Rep-batch: 70 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 14903\n",
      "Rep-batch: 70 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 12150\n",
      "Rep-batch: 70 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 13709\n",
      "Rep-batch: 70 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 12621\n",
      "Rep-batch: 70 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 13636\n",
      "Rep-batch: 70 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 12617\n",
      "Rep-batch: 70 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 14214\n",
      "Rep-batch: 71 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 12756\n",
      "Rep-batch: 71 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 9542\n",
      "Rep-batch: 71 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 12346\n",
      "Rep-batch: 71 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10766\n",
      "Rep-batch: 71 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11012\n",
      "Rep-batch: 71 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11418\n",
      "Rep-batch: 71 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 11208\n",
      "Rep-batch: 71 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 12883\n",
      "Rep-batch: 71 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 9753\n",
      "Rep-batch: 71 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 11093\n",
      "Rep-batch: 71 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11259\n",
      "Rep-batch: 71 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11095\n",
      "Rep-batch: 71 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 12869\n",
      "Rep-batch: 71 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 10567\n",
      "Rep-batch: 71 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 11522\n",
      "Rep-batch: 71 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 12499\n",
      "Rep-batch: 71 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 11540\n",
      "Rep-batch: 71 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11791\n",
      "Rep-batch: 71 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11685\n",
      "Rep-batch: 71 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 141\n",
      "Rep-batch: 71 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 81\n",
      "Rep-batch: 72 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 27386\n",
      "Rep-batch: 72 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 28588\n",
      "Rep-batch: 72 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 25956\n",
      "Rep-batch: 72 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 27650\n",
      "Rep-batch: 72 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 29643\n",
      "Rep-batch: 73 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 21562\n",
      "Rep-batch: 73 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 18997\n",
      "Rep-batch: 73 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 21936\n",
      "Rep-batch: 73 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 18103\n",
      "Rep-batch: 73 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 22742\n",
      "Rep-batch: 73 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 19950\n",
      "Rep-batch: 73 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 18348\n",
      "Rep-batch: 73 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 23923\n",
      "Rep-batch: 73 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 22177\n",
      "Rep-batch: 73 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 22699\n",
      "Rep-batch: 73 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 590\n",
      "Rep-batch: 73 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 18834\n",
      "Rep-batch: 73 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 24999\n",
      "Rep-batch: 73 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 24582\n",
      "Rep-batch: 73 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 27062\n",
      "Rep-batch: 73 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 25400\n",
      "Rep-batch: 73 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 20874\n",
      "Rep-batch: 73 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 22885\n",
      "Rep-batch: 74 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 16189\n",
      "Rep-batch: 74 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 22638\n",
      "Rep-batch: 74 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 27023\n",
      "Rep-batch: 74 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 15431\n",
      "Rep-batch: 74 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 14369\n",
      "Rep-batch: 74 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 17441\n",
      "Rep-batch: 74 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 21830\n",
      "Rep-batch: 74 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 15997\n",
      "Rep-batch: 74 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 11863\n",
      "Rep-batch: 74 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 19233\n",
      "Rep-batch: 74 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 19857\n",
      "Rep-batch: 74 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 16254\n",
      "Rep-batch: 74 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 27147\n",
      "Rep-batch: 74 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 16185\n",
      "Rep-batch: 74 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 17207\n",
      "Rep-batch: 74 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 27876\n",
      "Rep-batch: 74 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 18329\n",
      "Rep-batch: 74 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 21808\n",
      "Rep-batch: 74 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 21698\n",
      "Rep-batch: 74 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10922\n",
      "Rep-batch: 74 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 16151\n",
      "Rep-batch: 75 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 3564\n",
      "Rep-batch: 75 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 3655\n",
      "Rep-batch: 75 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 3538\n",
      "Rep-batch: 75 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 3394\n",
      "Rep-batch: 75 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 3621\n",
      "Rep-batch: 76 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 4296\n",
      "Rep-batch: 76 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 1143\n",
      "Rep-batch: 76 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 2679\n",
      "Rep-batch: 76 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 2588\n",
      "Rep-batch: 76 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 6\n",
      "Rep-batch: 76 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 3639\n",
      "Rep-batch: 76 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 3123\n",
      "Rep-batch: 76 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 3549\n",
      "Rep-batch: 76 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 3030\n",
      "Rep-batch: 76 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 2844\n",
      "Rep-batch: 76 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 3837\n",
      "Rep-batch: 76 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 3208\n",
      "Rep-batch: 76 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 3417\n",
      "Rep-batch: 76 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 3085\n",
      "Rep-batch: 76 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 4851\n",
      "Rep-batch: 76 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 3681\n",
      "Rep-batch: 76 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 2596\n",
      "Rep-batch: 76 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 4753\n",
      "Rep-batch: 77 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 2134\n",
      "Rep-batch: 77 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 2917\n",
      "Rep-batch: 77 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 3349\n",
      "Rep-batch: 77 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 2290\n",
      "Rep-batch: 77 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 2690\n",
      "Rep-batch: 77 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 2488\n",
      "Rep-batch: 77 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 3322\n",
      "Rep-batch: 77 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 1984\n",
      "Rep-batch: 77 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 2345\n",
      "Rep-batch: 77 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 2876\n",
      "Rep-batch: 77 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 2723\n",
      "Rep-batch: 77 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 2256\n",
      "Rep-batch: 77 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 3808\n",
      "Rep-batch: 77 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 2446\n",
      "Rep-batch: 77 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 2216\n",
      "Rep-batch: 77 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 3915\n",
      "Rep-batch: 77 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 2725\n",
      "Rep-batch: 77 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 2897\n",
      "Rep-batch: 77 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 2974\n",
      "Rep-batch: 77 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 2800\n",
      "Rep-batch: 77 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 2156\n",
      "Rep-batch: 78 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 4508\n",
      "Rep-batch: 78 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 4283\n",
      "Rep-batch: 78 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 4844\n",
      "Rep-batch: 78 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 4021\n",
      "Rep-batch: 78 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 4585\n",
      "Rep-batch: 79 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 14100\n",
      "Rep-batch: 79 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 11820\n",
      "Rep-batch: 79 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 12095\n",
      "Rep-batch: 79 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 15025\n",
      "Rep-batch: 79 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 17842\n",
      "Rep-batch: 79 Cultue: F Treatment S Concentration 1 Num PDO cells: 0 Num Fibs cells: 15118\n",
      "Rep-batch: 79 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 35\n",
      "Rep-batch: 79 Cultue: F Treatment L Concentration 1 Num PDO cells: 0 Num Fibs cells: 16995\n",
      "Rep-batch: 79 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 20013\n",
      "Rep-batch: 79 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 14850\n",
      "Rep-batch: 79 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 14158\n",
      "Rep-batch: 79 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 12999\n",
      "Rep-batch: 79 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 11940\n",
      "Rep-batch: 79 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 18931\n",
      "Rep-batch: 79 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 16485\n",
      "Rep-batch: 79 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 171\n",
      "Rep-batch: 79 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 15508\n",
      "Rep-batch: 79 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 19380\n",
      "Rep-batch: 80 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 16116\n",
      "Rep-batch: 80 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 16168\n",
      "Rep-batch: 80 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 17153\n",
      "Rep-batch: 80 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 12876\n",
      "Rep-batch: 80 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 14145\n",
      "Rep-batch: 80 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 14479\n",
      "Rep-batch: 80 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 17451\n",
      "Rep-batch: 80 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 14794\n",
      "Rep-batch: 80 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 12962\n",
      "Rep-batch: 80 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 16896\n",
      "Rep-batch: 80 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 16543\n",
      "Rep-batch: 80 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 13277\n",
      "Rep-batch: 80 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 18966\n",
      "Rep-batch: 80 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 13859\n",
      "Rep-batch: 80 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 17762\n",
      "Rep-batch: 80 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 16965\n",
      "Rep-batch: 80 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 14914\n",
      "Rep-batch: 80 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 16096\n",
      "Rep-batch: 80 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 16416\n",
      "Rep-batch: 80 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 13632\n",
      "Rep-batch: 80 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 14831\n",
      "Rep-batch: 81 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 9927\n",
      "Rep-batch: 81 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 10424\n",
      "Rep-batch: 81 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 10465\n",
      "Rep-batch: 81 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 9734\n",
      "Rep-batch: 81 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 10687\n",
      "Rep-batch: 82 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 11934\n",
      "Rep-batch: 82 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 10185\n",
      "Rep-batch: 82 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 9259\n",
      "Rep-batch: 82 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 8530\n",
      "Rep-batch: 82 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9725\n",
      "Rep-batch: 82 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 11039\n",
      "Rep-batch: 82 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 11579\n",
      "Rep-batch: 82 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 8949\n",
      "Rep-batch: 82 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 10837\n",
      "Rep-batch: 82 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 8339\n",
      "Rep-batch: 82 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 10231\n",
      "Rep-batch: 82 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 9712\n",
      "Rep-batch: 82 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 10199\n",
      "Rep-batch: 82 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 11535\n",
      "Rep-batch: 82 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9675\n",
      "Rep-batch: 82 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9660\n",
      "Rep-batch: 82 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9103\n",
      "Rep-batch: 82 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9900\n",
      "Rep-batch: 83 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 5113\n",
      "Rep-batch: 83 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 4448\n",
      "Rep-batch: 83 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 5504\n",
      "Rep-batch: 83 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 3974\n",
      "Rep-batch: 83 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 4340\n",
      "Rep-batch: 83 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 3825\n",
      "Rep-batch: 83 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 4687\n",
      "Rep-batch: 83 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 5127\n",
      "Rep-batch: 83 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 3499\n",
      "Rep-batch: 83 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 4979\n",
      "Rep-batch: 83 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 4447\n",
      "Rep-batch: 83 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 3800\n",
      "Rep-batch: 83 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 5241\n",
      "Rep-batch: 83 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 4077\n",
      "Rep-batch: 83 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 5477\n",
      "Rep-batch: 83 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 4956\n",
      "Rep-batch: 83 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 3441\n",
      "Rep-batch: 83 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 4772\n",
      "Rep-batch: 83 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 4822\n",
      "Rep-batch: 83 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 4026\n",
      "Rep-batch: 83 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 4134\n",
      "Rep-batch: 84 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5228\n",
      "Rep-batch: 84 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 5608\n",
      "Rep-batch: 84 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5409\n",
      "Rep-batch: 84 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5016\n",
      "Rep-batch: 84 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 6000\n",
      "Rep-batch: 85 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 10449\n",
      "Rep-batch: 85 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 8746\n",
      "Rep-batch: 85 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 8629\n",
      "Rep-batch: 85 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 9403\n",
      "Rep-batch: 85 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 8131\n",
      "Rep-batch: 85 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 8268\n",
      "Rep-batch: 85 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 7\n",
      "Rep-batch: 85 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 9676\n",
      "Rep-batch: 85 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 9823\n",
      "Rep-batch: 85 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 8002\n",
      "Rep-batch: 85 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 9314\n",
      "Rep-batch: 85 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 97\n",
      "Rep-batch: 85 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 7812\n",
      "Rep-batch: 85 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 10366\n",
      "Rep-batch: 85 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 31\n",
      "Rep-batch: 85 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9641\n",
      "Rep-batch: 85 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 186\n",
      "Rep-batch: 85 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 11583\n",
      "Rep-batch: 86 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 10809\n",
      "Rep-batch: 86 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 11402\n",
      "Rep-batch: 86 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 12536\n",
      "Rep-batch: 86 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10746\n",
      "Rep-batch: 86 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 10071\n",
      "Rep-batch: 86 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10898\n",
      "Rep-batch: 86 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 11174\n",
      "Rep-batch: 86 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 10660\n",
      "Rep-batch: 86 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 10813\n",
      "Rep-batch: 86 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 10696\n",
      "Rep-batch: 86 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11415\n",
      "Rep-batch: 86 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 10652\n",
      "Rep-batch: 86 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 13516\n",
      "Rep-batch: 86 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 10449\n",
      "Rep-batch: 86 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 10454\n",
      "Rep-batch: 86 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 71\n",
      "Rep-batch: 86 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 10426\n",
      "Rep-batch: 86 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11851\n",
      "Rep-batch: 86 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11160\n",
      "Rep-batch: 86 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10334\n",
      "Rep-batch: 86 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 9138\n",
      "Rep-batch: 87 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5895\n",
      "Rep-batch: 87 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 6607\n",
      "Rep-batch: 87 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5957\n",
      "Rep-batch: 87 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5152\n",
      "Rep-batch: 87 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 5639\n",
      "Rep-batch: 88 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 4678\n",
      "Rep-batch: 88 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 5934\n",
      "Rep-batch: 88 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 4780\n",
      "Rep-batch: 88 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 5590\n",
      "Rep-batch: 88 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 4857\n",
      "Rep-batch: 88 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 4737\n",
      "Rep-batch: 88 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 6199\n",
      "Rep-batch: 88 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 6002\n",
      "Rep-batch: 88 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 7021\n",
      "Rep-batch: 88 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 4669\n",
      "Rep-batch: 88 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 4058\n",
      "Rep-batch: 88 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 6266\n",
      "Rep-batch: 88 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 5690\n",
      "Rep-batch: 88 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 6721\n",
      "Rep-batch: 88 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 5424\n",
      "Rep-batch: 88 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 6654\n",
      "Rep-batch: 88 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 4980\n",
      "Rep-batch: 88 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 7944\n",
      "Rep-batch: 89 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 19728\n",
      "Rep-batch: 89 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 18396\n",
      "Rep-batch: 89 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 16716\n",
      "Rep-batch: 89 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 14403\n",
      "Rep-batch: 89 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 16121\n",
      "Rep-batch: 89 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 16236\n",
      "Rep-batch: 89 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 15516\n",
      "Rep-batch: 89 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 18411\n",
      "Rep-batch: 89 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 20317\n",
      "Rep-batch: 89 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 17143\n",
      "Rep-batch: 89 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 16750\n",
      "Rep-batch: 89 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 15985\n",
      "Rep-batch: 89 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 17447\n",
      "Rep-batch: 89 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 15340\n",
      "Rep-batch: 89 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 18537\n",
      "Rep-batch: 89 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 17066\n",
      "Rep-batch: 89 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 18526\n",
      "Rep-batch: 89 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 17534\n",
      "Rep-batch: 89 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 15271\n",
      "Rep-batch: 89 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 16881\n",
      "Rep-batch: 89 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 16507\n"
     ]
    }
   ],
   "source": [
    "np.random.seed(1)\n",
    "val_ids, test_ids = [], []\n",
    "for culture in batches_culture.keys():\n",
    "    ids = np.random.choice(batches_culture[culture], size=20, replace=False)\n",
    "    val_ids.append(ids[:10])\n",
    "    test_ids.append(ids[10:])\n",
    "val_ids = np.concatenate(val_ids)\n",
    "test_ids = np.concatenate(test_ids)\n",
    "\n",
    "train_experiments = []\n",
    "test_experiments = []\n",
    "val_experiments = []\n",
    "for i in range(len(replica_batches)):\n",
    "    batch = []\n",
    "    for r in replica_batches[i].keys():\n",
    "        e = new_filter_experiment(replica_batches[i][r], replicate_num=i)\n",
    "        if e is not None:\n",
    "            control_list = list(set(e.keys()).intersection(control_set))\n",
    "            if len(control_list) == 0:\n",
    "                print(\"nan\")\n",
    "                continue\n",
    "            #get_culture_and_cell_type(e, control_list)\n",
    "            batch.append(e)\n",
    "    if len(batch) <= 1:\n",
    "        print(len(batch), \"replicas left\")\n",
    "    pop_id = np.random.choice(len(batch))\n",
    "    if i in val_ids:\n",
    "        val_experiments.append(batch.pop(pop_id))\n",
    "    if i in test_ids:\n",
    "        test_experiments.append(batch.pop(pop_id))\n",
    "    train_experiments.extend(batch)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 27,
   "metadata": {},
   "outputs": [],
   "source": [
    "import pickle\n",
    "\n",
    "with open(\n",
    "    \"data_splits_replicas.pickle\", \"wb\"\n",
    ") as handle:\n",
    "    pickle.dump(\n",
    "        {\"train\": train_experiments, \"val\": val_experiments, \"test\": test_experiments},\n",
    "        handle,\n",
    "        protocol=pickle.HIGHEST_PROTOCOL,\n",
    "    )"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 28,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "{'O': {'2': {'PDO': {'PDOs': array([   0,    1,    2, ..., 9182, 9183, 9184]),\n",
       "    'Fibs': None}},\n",
       "  '3': {'PDO': {'PDOs': array([24986, 24987, 24988, ..., 32993, 32994, 32995]),\n",
       "    'Fibs': None}},\n",
       "  '1': {'PDO': {'PDOs': array([167170, 167171, 167172, ..., 175671, 175672, 175673]),\n",
       "    'Fibs': None}}},\n",
       " 'H2O': {'0': {'PDO': {'PDOs': array([2131036, 2131037, 2131038, ..., 2139513, 2139514, 2139515]),\n",
       "    'Fibs': None}}}}"
      ]
     },
     "execution_count": 28,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "with open(\n",
    "    \"data_splits_replicas.pickle\",\n",
    "    \"rb\",\n",
    ") as handle:\n",
    "    data_splits = pickle.load(handle)\n",
    "\n",
    "data_splits[\"train\"][0]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 29,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Index(['pHH3', 'RFP', 'mCHERRY', 'Vimentin', 'EpCAM', 'CK18', 'Pan_CK', 'GFP',\n",
      "       'IdU', 'pPDK1', 'cCaspase_3', 'Geminin', 'pMEK1_2', 'pNDRG',\n",
      "       'pMKK4_SEK1', 'pBTK', 'pSRC', 'p4EBP1', 'pRB', 'pAKT308', 'pCREB',\n",
      "       'pSMAD1_5_9', 'pAKT473', 'pNF_kB', 'pMKK3_MKK6', 'pP38', 'pMAPKAPK',\n",
      "       'pAMPKa', 'pBAD', 'pHistone_H2A', 'p90RSK', 'pP120_catenin',\n",
      "       'Beta_catenin_active', 'pGSK', 'pERK1_2', 'pSMAD2_3', 'PLK', 'CHGA',\n",
      "       'pDNAPK', 'pS6', 'CD90', 'cPARP', 'pCHK1', 'Cyclin_B1', 'Date',\n",
      "       'Patient', 'Culture', 'Treatment', 'Concentration', 'Replicate',\n",
      "       'Cell_type', 'pPKCa', 'Plate', 'Batch'],\n",
      "      dtype='object')\n",
      "54\n",
      "['pHH3', 'RFP', 'mCHERRY', 'Vimentin', 'EpCAM', 'CK18', 'Pan_CK', 'GFP', 'IdU', 'pPDK1', 'cCaspase_3', 'Geminin', 'pMEK1_2', 'pNDRG', 'pMKK4_SEK1', 'pBTK', 'pSRC', 'p4EBP1', 'pRB', 'pAKT308', 'pCREB', 'pSMAD1_5_9', 'pAKT473', 'pNF_kB', 'pMKK3_MKK6', 'pP38', 'pMAPKAPK', 'pAMPKa', 'pBAD', 'pHistone_H2A', 'p90RSK', 'pP120_catenin', 'Beta_catenin_active', 'pGSK', 'pERK1_2', 'pSMAD2_3', 'PLK', 'CHGA', 'pDNAPK', 'pS6', 'CD90', 'cPARP', 'pCHK1', 'Cyclin_B1']\n",
      "44\n"
     ]
    }
   ],
   "source": [
    "features = df.columns\n",
    "conditions = [\n",
    "    \"Date\",\n",
    "    \"Patient\",\n",
    "    \"Culture\",\n",
    "    \"Treatment\",\n",
    "    \"Concentration\",\n",
    "    \"Replicate\",\n",
    "    \"Cell_type\",\n",
    "    \"Plate\",\n",
    "    \"Batch\",\n",
    "]\n",
    "print(features)\n",
    "print(len(features))\n",
    "\n",
    "marker_cols = []\n",
    "for f in features:\n",
    "    if f in conditions:\n",
    "        continue\n",
    "    if f == \"pPKCa\": # drop b/c nans\n",
    "        continue\n",
    "    marker_cols.append(f)\n",
    "\n",
    "print(marker_cols)\n",
    "print(len(marker_cols))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 30,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[[1.44484627e+00 0.00000000e+00 0.00000000e+00 ... 1.88296829e+02\n",
      "  5.28126373e+01 3.61664200e+01]\n",
      " [5.78394270e+00 5.62137887e-02 4.34517384e-01 ... 4.31224785e+01\n",
      "  1.56797457e+01 7.03363113e+01]\n",
      " [1.16529655e+00 2.31236172e+00 3.57033521e-01 ... 2.92459686e+02\n",
      "  3.91039886e+01 6.69027939e+01]\n",
      " ...\n",
      " [0.00000000e+00 2.51099691e-02 5.98175240e+00 ... 5.24205065e+00\n",
      "  3.31141586e+01 1.12272156e+02]\n",
      " [1.07582264e+01 0.00000000e+00 7.71155024e+00 ... 2.03852253e+01\n",
      "  4.51682167e+01 9.40149918e+01]\n",
      " [0.00000000e+00 0.00000000e+00 0.00000000e+00 ... 1.98212814e+00\n",
      "  9.82693672e+00 3.13391228e+01]]\n"
     ]
    }
   ],
   "source": [
    "data_to_norm = np.array(df[marker_cols].values)\n",
    "print(data_to_norm)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 31,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "192\n",
      "24756030\n",
      "0.0 786297.5\n",
      "17851374.77755043\n"
     ]
    }
   ],
   "source": [
    "print(len(data_splits['train']))\n",
    "print(len(data_to_norm))\n",
    "print(np.min(data_to_norm), np.max(data_to_norm))\n",
    "print(np.linalg.norm(data_to_norm))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 48,
   "metadata": {},
   "outputs": [],
   "source": [
    "def OLD_normalize_raw_data(data):\n",
    "    data = np.arcsinh(data / 5)\n",
    "    mean = np.mean(data)\n",
    "    std = np.std(data)\n",
    "    data = data - mean\n",
    "    data = data / std\n",
    "    return data\n",
    "\n",
    "\n",
    "def normalize_raw_data(data, split, mean=None, std=None):\n",
    "    data = np.arcsinh(data / 5)\n",
    "    if mean is None and std is None:\n",
    "        mean = data.mean(0, keepdims=True)\n",
    "        std = np.mean(data.std(0))\n",
    "    data = data - mean\n",
    "    data = data / std\n",
    "    if split == \"train\":\n",
    "        return data, mean, std\n",
    "    else:\n",
    "        return data"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 33,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "train num_idcs: 17588454 norm of data: 29226.769952702223 -3.736183649059433 8.619168711835966\n",
      "val num_idcs: 2655368 norm of data: 11284.674919842922 -3.736183649059433 8.222708288265975\n",
      "test num_idcs: 2555866 norm of data: 11092.086620790149 -3.736183649059433 8.314636681475871\n"
     ]
    }
   ],
   "source": [
    "data_norm = deepcopy(data_to_norm)\n",
    "\n",
    "for split in data_splits:\n",
    "    idcs_split = []\n",
    "    for s in data_splits[split]:\n",
    "        treat = list(s.keys())\n",
    "        for t in treat:\n",
    "            conc = list(s[t].keys())\n",
    "            for c in conc:\n",
    "                cultures = list(s[t][c].keys())\n",
    "                for culture in cultures:\n",
    "                    cell_types = list(s[t][c][culture].keys())\n",
    "                    # print(t, c, culture)\n",
    "                    for cell_type in cell_types:\n",
    "                        # print(cell_type)\n",
    "                        if s[t][c][culture][cell_type] is not None:\n",
    "                            # print(len(s[t][c][culture][cell_type]))\n",
    "                            idcs_split.append(s[t][c][culture][cell_type])\n",
    "    # print(idcs_split)\n",
    "    idcs = np.concatenate(idcs_split)\n",
    "    if split == \"train\": # should be the first split so this should be fine\n",
    "        data_norm[idcs], mean_train, std_train = normalize_raw_data(data_to_norm[idcs], split)\n",
    "    else:\n",
    "        data_norm[idcs] = normalize_raw_data(data_to_norm[idcs], split, mean=mean_train, std=std_train)\n",
    "    print(\n",
    "        split,\n",
    "        \"num_idcs:\",\n",
    "        len(idcs),\n",
    "        \"norm of data:\",\n",
    "        np.linalg.norm(data_norm[idcs]),\n",
    "        np.min(data_norm[idcs]),\n",
    "        np.max(data_norm[idcs]),\n",
    "    )"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 34,
   "metadata": {},
   "outputs": [],
   "source": [
    "np.save(\"trellis_replicas_normalized.npy\", data_norm)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Generate Patient Split"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 36,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "5\n",
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     ]
    }
   ],
   "source": [
    "batches_culture = {\"PDO\": [], \"PDOF\": [], \"F\": []}\n",
    "patients_culture = {\n",
    "    \"5\": [],\n",
    "    \"11\": [],\n",
    "    \"75\": [],\n",
    "    \"141\": [],\n",
    "    \"109\": [],\n",
    "    \"27\": [],\n",
    "    \"216\": [],\n",
    "    \"99\": [],\n",
    "    \"21\": [],\n",
    "    \"23\": [],\n",
    "}\n",
    "\n",
    "for i in range(len(replica_batches)):\n",
    "    b = replica_batches[i]\n",
    "    for r in b.keys():\n",
    "        control_list = list(set(b[r].keys()).intersection(control_set))\n",
    "        if len(control_list) == 0:\n",
    "            print(\"nan\")\n",
    "            continue\n",
    "        # culture = df.iloc[b[r][control_list[0]][\"0\"][0]][\"Culture\"]\n",
    "        # print(culture)\n",
    "        patient = df.iloc[b[r][control_list[0]][\"0\"][0]][\"Patient\"]\n",
    "        print(patient)\n",
    "    # batches_culture[culture].append(i)\n",
    "    patients_culture[patient].append(i)\n",
    "    print(\"-\" * 100)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 37,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "{'5': [0, 1, 2, 30, 31, 32, 60, 61, 62], '11': [3, 4, 5, 33, 34, 35, 63, 64, 65], '75': [6, 7, 8, 36, 37, 38, 66, 67, 68], '141': [9, 10, 11, 39, 40, 41, 69, 70, 71], '109': [12, 13, 14, 42, 43, 44, 72, 73, 74], '27': [15, 16, 17, 45, 46, 47, 75, 76, 77], '216': [18, 19, 20, 48, 49, 50, 78, 79, 80], '99': [21, 22, 23, 51, 52, 53, 81, 82, 83], '21': [24, 25, 26, 54, 55, 56, 84, 85, 86], '23': [27, 28, 29, 57, 58, 59, 87, 88, 89]}\n"
     ]
    }
   ],
   "source": [
    "print(patients_culture)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 38,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Patient: 27 val ids: [15, 16, 17, 45, 46, 47, 75, 76, 77]\n",
      "Patient: 21 test ids: [24, 25, 26, 54, 55, 56, 84, 85, 86]\n"
     ]
    }
   ],
   "source": [
    "np.random.seed(1)\n",
    "val_ids, test_ids = [], []\n",
    "for patient in patients_culture.keys():\n",
    "    if patient == \"27\":\n",
    "        print(\"Patient:\", patient, \"val ids:\", patients_culture[patient])\n",
    "        val_ids.append(patients_culture[patient])\n",
    "    if patient == \"21\":\n",
    "        print(\"Patient:\", patient, \"test ids:\", patients_culture[patient])\n",
    "        test_ids.append(patients_culture[patient])\n",
    "val_ids = np.concatenate(val_ids)\n",
    "test_ids = np.concatenate(test_ids)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 39,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "5 PDO\n",
      "5 PDO\n",
      "5 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "5 PDO\n",
      "5 PDO\n",
      "5 PDO\n",
      "5 PDO\n",
      "5 PDO\n",
      "5 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "5 PDO\n",
      "5 PDO\n",
      "5 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "11 PDO\n",
      "11 PDO\n",
      "11 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "11 PDO\n",
      "11 PDO\n",
      "11 PDO\n",
      "11 PDO\n",
      "11 PDO\n",
      "11 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "11 PDO\n",
      "11 PDO\n",
      "11 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "75 PDO\n",
      "75 PDO\n",
      "75 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "75 PDO\n",
      "75 PDO\n",
      "75 PDO\n",
      "75 PDO\n",
      "75 PDO\n",
      "75 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "75 PDO\n",
      "75 PDO\n",
      "75 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "141 PDO\n",
      "141 PDO\n",
      "141 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "141 PDO\n",
      "141 PDO\n",
      "141 PDO\n",
      "141 PDO\n",
      "141 PDO\n",
      "141 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "141 PDO\n",
      "141 PDO\n",
      "141 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "109 PDO\n",
      "109 PDO\n",
      "109 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "109 PDO\n",
      "109 PDO\n",
      "109 PDO\n",
      "109 PDO\n",
      "109 PDO\n",
      "109 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "109 PDO\n",
      "109 PDO\n",
      "109 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "27 PDO\n",
      "27 PDO\n",
      "27 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "27 PDO\n",
      "27 PDO\n",
      "27 PDO\n",
      "27 PDO\n",
      "27 PDO\n",
      "27 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "27 PDO\n",
      "27 PDO\n",
      "27 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "216 PDO\n",
      "216 PDO\n",
      "216 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "216 PDO\n",
      "216 PDO\n",
      "216 PDO\n",
      "216 PDO\n",
      "216 PDO\n",
      "216 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "216 PDO\n",
      "216 PDO\n",
      "216 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "99 PDO\n",
      "99 PDO\n",
      "99 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "99 PDO\n",
      "99 PDO\n",
      "99 PDO\n",
      "99 PDO\n",
      "99 PDO\n",
      "99 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "99 PDO\n",
      "99 PDO\n",
      "99 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "21 PDO\n",
      "21 PDO\n",
      "21 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "21 PDO\n",
      "21 PDO\n",
      "21 PDO\n",
      "21 PDO\n",
      "21 PDO\n",
      "21 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "21 PDO\n",
      "21 PDO\n",
      "21 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "23 PDO\n",
      "23 PDO\n",
      "23 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "23 PDO\n",
      "23 PDO\n",
      "23 PDO\n",
      "23 PDO\n",
      "23 PDO\n",
      "23 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "23 PDO\n",
      "23 PDO\n",
      "23 PDO\n",
      "----------------------------------------------------------------------------------------------------\n",
      "5 PDOF\n",
      "5 PDOF\n",
      "5 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "5 PDOF\n",
      "5 PDOF\n",
      "5 PDOF\n",
      "5 PDOF\n",
      "5 PDOF\n",
      "5 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "5 PDOF\n",
      "5 PDOF\n",
      "5 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "11 PDOF\n",
      "11 PDOF\n",
      "11 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "11 PDOF\n",
      "11 PDOF\n",
      "11 PDOF\n",
      "11 PDOF\n",
      "11 PDOF\n",
      "11 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "11 PDOF\n",
      "11 PDOF\n",
      "11 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "75 PDOF\n",
      "75 PDOF\n",
      "75 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "75 PDOF\n",
      "75 PDOF\n",
      "75 PDOF\n",
      "75 PDOF\n",
      "75 PDOF\n",
      "75 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "75 PDOF\n",
      "75 PDOF\n",
      "75 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "141 PDOF\n",
      "141 PDOF\n",
      "141 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "141 PDOF\n",
      "141 PDOF\n",
      "141 PDOF\n",
      "141 PDOF\n",
      "141 PDOF\n",
      "141 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "141 PDOF\n",
      "141 PDOF\n",
      "141 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "109 PDOF\n",
      "109 PDOF\n",
      "109 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "109 PDOF\n",
      "109 PDOF\n",
      "109 PDOF\n",
      "109 PDOF\n",
      "109 PDOF\n",
      "109 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "109 PDOF\n",
      "109 PDOF\n",
      "109 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "27 PDOF\n",
      "27 PDOF\n",
      "27 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "27 PDOF\n",
      "27 PDOF\n",
      "27 PDOF\n",
      "27 PDOF\n",
      "27 PDOF\n",
      "27 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "27 PDOF\n",
      "27 PDOF\n",
      "27 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "216 PDOF\n",
      "216 PDOF\n",
      "216 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "216 PDOF\n",
      "216 PDOF\n",
      "216 PDOF\n",
      "216 PDOF\n",
      "216 PDOF\n",
      "216 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "216 PDOF\n",
      "216 PDOF\n",
      "216 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "99 PDOF\n",
      "99 PDOF\n",
      "99 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "99 PDOF\n",
      "99 PDOF\n",
      "99 PDOF\n",
      "99 PDOF\n",
      "99 PDOF\n",
      "99 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "99 PDOF\n",
      "99 PDOF\n",
      "99 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "21 PDOF\n",
      "21 PDOF\n",
      "21 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "21 PDOF\n",
      "21 PDOF\n",
      "21 PDOF\n",
      "21 PDOF\n",
      "21 PDOF\n",
      "21 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "21 PDOF\n",
      "21 PDOF\n",
      "21 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "23 PDOF\n",
      "23 PDOF\n",
      "23 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "23 PDOF\n",
      "23 PDOF\n",
      "23 PDOF\n",
      "23 PDOF\n",
      "23 PDOF\n",
      "23 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "23 PDOF\n",
      "23 PDOF\n",
      "23 PDOF\n",
      "----------------------------------------------------------------------------------------------------\n",
      "5 F\n",
      "nan\n",
      "5 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "5 F\n",
      "5 F\n",
      "5 F\n",
      "5 F\n",
      "5 F\n",
      "5 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "5 F\n",
      "5 F\n",
      "5 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "11 F\n",
      "nan\n",
      "11 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "11 F\n",
      "11 F\n",
      "11 F\n",
      "11 F\n",
      "11 F\n",
      "11 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "11 F\n",
      "11 F\n",
      "11 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "75 F\n",
      "nan\n",
      "75 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "75 F\n",
      "75 F\n",
      "75 F\n",
      "75 F\n",
      "75 F\n",
      "75 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "75 F\n",
      "75 F\n",
      "75 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "141 F\n",
      "nan\n",
      "141 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "141 F\n",
      "141 F\n",
      "141 F\n",
      "141 F\n",
      "141 F\n",
      "141 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "141 F\n",
      "141 F\n",
      "141 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "109 F\n",
      "nan\n",
      "109 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "109 F\n",
      "109 F\n",
      "109 F\n",
      "109 F\n",
      "109 F\n",
      "109 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "109 F\n",
      "109 F\n",
      "109 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "27 F\n",
      "nan\n",
      "27 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "27 F\n",
      "27 F\n",
      "27 F\n",
      "27 F\n",
      "27 F\n",
      "27 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "27 F\n",
      "27 F\n",
      "27 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "216 F\n",
      "nan\n",
      "216 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "216 F\n",
      "216 F\n",
      "216 F\n",
      "216 F\n",
      "216 F\n",
      "216 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "216 F\n",
      "216 F\n",
      "216 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "99 F\n",
      "nan\n",
      "99 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "99 F\n",
      "99 F\n",
      "99 F\n",
      "99 F\n",
      "99 F\n",
      "99 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "99 F\n",
      "99 F\n",
      "99 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "21 F\n",
      "nan\n",
      "21 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "21 F\n",
      "21 F\n",
      "21 F\n",
      "21 F\n",
      "21 F\n",
      "21 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "21 F\n",
      "21 F\n",
      "21 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "23 F\n",
      "nan\n",
      "23 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "23 F\n",
      "23 F\n",
      "23 F\n",
      "23 F\n",
      "23 F\n",
      "23 F\n",
      "----------------------------------------------------------------------------------------------------\n",
      "23 F\n",
      "23 F\n",
      "23 F\n",
      "----------------------------------------------------------------------------------------------------\n"
     ]
    }
   ],
   "source": [
    "# check every patient has F/PDO/PDOF culture\n",
    "for i in range(len(replica_batches)):\n",
    "    b = replica_batches[i]\n",
    "    for r in b.keys():\n",
    "        control_list = list(set(b[r].keys()).intersection(control_set))\n",
    "        if len(control_list) == 0:\n",
    "            print(\"nan\")\n",
    "            continue\n",
    "        patient = df.iloc[b[r][control_list[0]][\"0\"][0]][\"Patient\"]\n",
    "        culture = df.iloc[b[r][control_list[0]][\"0\"][0]][\"Culture\"]\n",
    "        print(patient, culture)\n",
    "    print(\"-\" * 100)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 40,
   "metadata": {},
   "outputs": [],
   "source": [
    "def new_filter_experiment(input_e, replicate_num):\n",
    "    e_pre = deepcopy(input_e)\n",
    "    e = deepcopy(e_pre)\n",
    "\n",
    "    cell_type_keys = [\"PDOs\", \"Fibs\"]\n",
    "\n",
    "    # filter small populations\n",
    "    treat_to_delete = []\n",
    "    for treat in e_pre.keys():\n",
    "        pop_to_delete = []\n",
    "        for concentration in e_pre[treat].keys():\n",
    "            if len(e_pre[treat][concentration]) < 1000:\n",
    "                pop_to_delete.append(concentration)\n",
    "\n",
    "            df_tmp = df.iloc[e_pre[treat][concentration]]\n",
    "\n",
    "            culture = df_tmp.iloc[0][\"Culture\"]\n",
    "            e[treat][concentration] = {culture: e_pre[treat][concentration]}\n",
    "\n",
    "            e[treat][concentration][culture] = {c: None for c in cell_type_keys}\n",
    "\n",
    "            num_pdos, num_fibs = 0, 0\n",
    "            for cell_type in cell_type_keys:\n",
    "                idcs = df_tmp.index[df_tmp[\"Cell_type\"] == cell_type].tolist()\n",
    "\n",
    "                e[treat][concentration][culture][cell_type] = (\n",
    "                    np.array(idcs, dtype=int) if len(idcs) > 0 else None\n",
    "                )\n",
    "\n",
    "                if cell_type == \"PDOs\":\n",
    "                    num_pdos += len(idcs)\n",
    "                elif cell_type == \"Fibs\":\n",
    "                    num_fibs += len(idcs)\n",
    "                else:\n",
    "                    print(\"Error in cell type\")\n",
    "\n",
    "        print(\n",
    "            \"Rep-batch:\",\n",
    "            i,\n",
    "            \"Cultue:\",\n",
    "            culture,\n",
    "            \"Treatment\",\n",
    "            treat,\n",
    "            \"Concentration\",\n",
    "            concentration,\n",
    "            \"Num PDO cells:\",\n",
    "            num_pdos,\n",
    "            \"Num Fibs cells:\",\n",
    "            num_fibs,\n",
    "        )\n",
    "\n",
    "        for k in pop_to_delete:\n",
    "            del e[treat][k]\n",
    "            if len(e[treat]) == 0:\n",
    "                treat_to_delete.append(treat)\n",
    "\n",
    "    for k in treat_to_delete:\n",
    "        del e[k]\n",
    "\n",
    "    # filter treatment and control\n",
    "    if (set(e.keys()) & treat_set) and (set(e.keys()) & control_set):\n",
    "        return e\n",
    "    return None"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 41,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Rep-batch: 0 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 8504 Num Fibs cells: 0\n",
      "Rep-batch: 0 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 8480 Num Fibs cells: 0\n",
      "Rep-batch: 0 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 9000 Num Fibs cells: 0\n",
      "Rep-batch: 0 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 8318 Num Fibs cells: 0\n",
      "Rep-batch: 0 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 8714 Num Fibs cells: 0\n",
      "Rep-batch: 0 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 8136 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4949 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 4430 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 7102 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 6495 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5470 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 5533 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 4995 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 7102 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 7213 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 6202 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4334 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 4704 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 7883 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 6249 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5253 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5274 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4930 Num Fibs cells: 0\n",
      "Rep-batch: 1 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5881 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4800 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3798 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 3659 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 3150 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 3442 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3718 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 2991 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 5816 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3634 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 3996 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 3145 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 5639 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 4265 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3608 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4684 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3959 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 3298 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 3239 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 3573 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3569 Num Fibs cells: 0\n",
      "Rep-batch: 2 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 2842 Num Fibs cells: 0\n",
      "Rep-batch: 3 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 9137 Num Fibs cells: 0\n",
      "Rep-batch: 3 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 12567 Num Fibs cells: 0\n",
      "Rep-batch: 3 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 10072 Num Fibs cells: 0\n",
      "Rep-batch: 3 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 10148 Num Fibs cells: 0\n",
      "Rep-batch: 3 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 9288 Num Fibs cells: 0\n",
      "Rep-batch: 3 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 11012 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 5352 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 6849 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4735 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 4150 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3795 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 5379 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 6385 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4298 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5863 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4831 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4420 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 5397 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4160 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 3611 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3686 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4920 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4163 Num Fibs cells: 0\n",
      "Rep-batch: 4 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4954 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 7380 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 5253 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 5692 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 5753 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 4664 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 5816 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 6118 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 6729 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 6187 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 6181 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 6170 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 7643 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 5368 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 5448 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 6440 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 5226 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 4950 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 6095 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 5587 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 5828 Num Fibs cells: 0\n",
      "Rep-batch: 5 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 6468 Num Fibs cells: 0\n",
      "Rep-batch: 6 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 7835 Num Fibs cells: 0\n",
      "Rep-batch: 6 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 8634 Num Fibs cells: 0\n",
      "Rep-batch: 6 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 7595 Num Fibs cells: 0\n",
      "Rep-batch: 6 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 7905 Num Fibs cells: 0\n",
      "Rep-batch: 6 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 8003 Num Fibs cells: 0\n",
      "Rep-batch: 6 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 8817 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 7317 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 4064 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 7697 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9034 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 10577 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 9276 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 3286 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 9766 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 12282 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 12313 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 6402 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 5007 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 8330 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 6956 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 10653 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 11295 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9609 Num Fibs cells: 0\n",
      "Rep-batch: 7 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 10411 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 2531 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 6890 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 5943 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 2613 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 3010 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 6781 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3266 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 3095 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 6747 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 8614 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 2929 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 7249 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 6887 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3329 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4705 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 5676 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 5291 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 2286 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 3641 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 5604 Num Fibs cells: 0\n",
      "Rep-batch: 8 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 503 Num Fibs cells: 0\n",
      "Rep-batch: 9 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4833 Num Fibs cells: 0\n",
      "Rep-batch: 9 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 5506 Num Fibs cells: 0\n",
      "Rep-batch: 9 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 5489 Num Fibs cells: 0\n",
      "Rep-batch: 9 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 5011 Num Fibs cells: 0\n",
      "Rep-batch: 9 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4831 Num Fibs cells: 0\n",
      "Rep-batch: 9 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4017 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 5204 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 6558 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 3970 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5743 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 649 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4853 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 6698 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4313 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5978 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3881 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 112 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 7142 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 3440 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 4136 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3015 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3665 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5134 Num Fibs cells: 0\n",
      "Rep-batch: 10 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4762 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4442 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3433 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 3842 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 2625 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 4028 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3194 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3242 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 193 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3937 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 3921 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 4074 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 4194 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 4452 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 4699 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4434 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 2817 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 3602 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 3098 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 4000 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3362 Num Fibs cells: 0\n",
      "Rep-batch: 11 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 1534 Num Fibs cells: 0\n",
      "Rep-batch: 12 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 6897 Num Fibs cells: 0\n",
      "Rep-batch: 12 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 11210 Num Fibs cells: 0\n",
      "Rep-batch: 12 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 7167 Num Fibs cells: 0\n",
      "Rep-batch: 12 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 9875 Num Fibs cells: 0\n",
      "Rep-batch: 12 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 7023 Num Fibs cells: 0\n",
      "Rep-batch: 12 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 10890 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2654 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2142 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 3640 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5882 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4375 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2267 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2456 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4745 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5426 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3661 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2293 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2446 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 5541 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5553 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 2965 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3436 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4726 Num Fibs cells: 0\n",
      "Rep-batch: 13 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5100 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 5014 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 6057 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 5931 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 3594 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 3372 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 6563 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3923 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4041 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 84 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 6525 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 4293 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 5146 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 5937 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3692 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4060 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 5783 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 6232 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 3204 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 4235 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 5581 Num Fibs cells: 0\n",
      "Rep-batch: 14 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3666 Num Fibs cells: 0\n",
      "Rep-batch: 15 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4643 Num Fibs cells: 0\n",
      "Rep-batch: 15 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 3996 Num Fibs cells: 0\n",
      "Rep-batch: 15 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4223 Num Fibs cells: 0\n",
      "Rep-batch: 15 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4740 Num Fibs cells: 0\n",
      "Rep-batch: 15 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4555 Num Fibs cells: 0\n",
      "Rep-batch: 15 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 3089 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 9194 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 3210 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 15303 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 14906 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 16162 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 6208 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 8815 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 14223 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 16383 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 17113 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 6004 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 7221 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 15558 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 13273 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 17850 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 17473 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 16573 Num Fibs cells: 0\n",
      "Rep-batch: 16 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 17012 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 402 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 15237 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 13387 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 475 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 8314 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 2518 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 7742 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 8807 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 14017 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 15140 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 7161 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 10221 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 9571 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 127 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 11984 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 13261 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 11983 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 6954 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 9331 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 9663 Num Fibs cells: 0\n",
      "Rep-batch: 17 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 7786 Num Fibs cells: 0\n",
      "Rep-batch: 18 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4609 Num Fibs cells: 0\n",
      "Rep-batch: 18 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4221 Num Fibs cells: 0\n",
      "Rep-batch: 18 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4089 Num Fibs cells: 0\n",
      "Rep-batch: 18 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4465 Num Fibs cells: 0\n",
      "Rep-batch: 18 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4325 Num Fibs cells: 0\n",
      "Rep-batch: 18 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4573 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4684 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 3024 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 5681 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 414 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4372 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 6204 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 1890 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4512 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9329 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3513 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 3793 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2781 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 56 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5348 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 4099 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 6950 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 7681 Num Fibs cells: 0\n",
      "Rep-batch: 19 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 6601 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 9942 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 10134 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 11089 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 9463 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 11717 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 9467 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 11456 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 10710 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 9109 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 11304 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 6979 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 13779 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 11897 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 10687 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 11039 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 10007 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 12240 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 7222 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 10852 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 9608 Num Fibs cells: 0\n",
      "Rep-batch: 20 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 11177 Num Fibs cells: 0\n",
      "Rep-batch: 21 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 418 Num Fibs cells: 0\n",
      "Rep-batch: 21 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 2090 Num Fibs cells: 0\n",
      "Rep-batch: 21 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 958 Num Fibs cells: 0\n",
      "Rep-batch: 21 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 1522 Num Fibs cells: 0\n",
      "Rep-batch: 21 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 1076 Num Fibs cells: 0\n",
      "Rep-batch: 21 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 1849 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4199 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2812 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 9481 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9557 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9112 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 4108 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2847 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 9046 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 11805 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 12068 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 3725 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2961 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 8989 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9872 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9013 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 10158 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9052 Num Fibs cells: 0\n",
      "Rep-batch: 22 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 10309 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4639 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 4200 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 4533 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 1947 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 1850 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3290 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 1832 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 5340 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 4856 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 4347 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 2113 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 2774 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3293 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 1968 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 4306 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3620 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 4289 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 1779 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 2038 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3722 Num Fibs cells: 0\n",
      "Rep-batch: 23 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 1874 Num Fibs cells: 0\n",
      "Rep-batch: 24 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4469 Num Fibs cells: 0\n",
      "Rep-batch: 24 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4293 Num Fibs cells: 0\n",
      "Rep-batch: 24 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4192 Num Fibs cells: 0\n",
      "Rep-batch: 24 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4530 Num Fibs cells: 0\n",
      "Rep-batch: 24 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 4444 Num Fibs cells: 0\n",
      "Rep-batch: 24 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 4545 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 3341 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 3761 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 3533 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 5374 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 2564 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2917 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 4330 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 4324 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9991 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3121 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2358 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2580 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 3560 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 4919 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 3271 Num Fibs cells: 25\n",
      "Rep-batch: 25 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9795 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 5218 Num Fibs cells: 0\n",
      "Rep-batch: 25 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 7179 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 2486 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3213 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 4444 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 1781 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 2540 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 4391 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 3273 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 2731 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3928 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 6426 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 2252 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 7222 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 4342 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 2265 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 2326 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 3463 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 4149 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 1684 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 2874 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 3528 Num Fibs cells: 0\n",
      "Rep-batch: 26 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 1550 Num Fibs cells: 0\n",
      "Rep-batch: 27 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 12417 Num Fibs cells: 0\n",
      "Rep-batch: 27 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 13938 Num Fibs cells: 0\n",
      "Rep-batch: 27 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 11570 Num Fibs cells: 0\n",
      "Rep-batch: 27 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 13856 Num Fibs cells: 0\n",
      "Rep-batch: 27 Cultue: PDO Treatment O Concentration 1 Num PDO cells: 12092 Num Fibs cells: 0\n",
      "Rep-batch: 27 Cultue: PDO Treatment H2O Concentration 0 Num PDO cells: 13157 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2375 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 96 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 9481 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9742 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 8349 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 501 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 2924 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 9332 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 10908 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 6942 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment S Concentration 4 Num PDO cells: 2262 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment VS Concentration 4 Num PDO cells: 3192 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment L Concentration 4 Num PDO cells: 8653 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment V Concentration 1 Num PDO cells: 9362 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 8180 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9172 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 8893 Num Fibs cells: 0\n",
      "Rep-batch: 28 Cultue: PDO Treatment DMSO Concentration 0 Num PDO cells: 9274 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 11594 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 31725 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 24425 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 14474 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 17823 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 194 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 13080 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 15171 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 200 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment C Concentration 2 Num PDO cells: 24936 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 14184 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CS Concentration 3 Num PDO cells: 17454 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 15625 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 212 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment F Concentration 4 Num PDO cells: 14824 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment AH Concentration 0 Num PDO cells: 27134 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment SF Concentration 3 Num PDO cells: 13997 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CF Concentration 3 Num PDO cells: 16504 Num Fibs cells: 0\n",
      "Rep-batch: 29 Cultue: PDO Treatment CSF Concentration 4 Num PDO cells: 13081 Num Fibs cells: 0\n",
      "Rep-batch: 30 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 7418 Num Fibs cells: 3178\n",
      "Rep-batch: 30 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6643 Num Fibs cells: 3012\n",
      "Rep-batch: 30 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 7352 Num Fibs cells: 3271\n",
      "Rep-batch: 30 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6897 Num Fibs cells: 3174\n",
      "Rep-batch: 30 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 7889 Num Fibs cells: 3071\n",
      "Rep-batch: 30 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 7519 Num Fibs cells: 3133\n",
      "Rep-batch: 31 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4869 Num Fibs cells: 10272\n",
      "Rep-batch: 31 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 3920 Num Fibs cells: 9219\n",
      "Rep-batch: 31 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 7667 Num Fibs cells: 16310\n",
      "Rep-batch: 31 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4629 Num Fibs cells: 12108\n",
      "Rep-batch: 31 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4266 Num Fibs cells: 10723\n",
      "Rep-batch: 31 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4600 Num Fibs cells: 9451\n",
      "Rep-batch: 31 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 4131 Num Fibs cells: 9232\n",
      "Rep-batch: 31 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 4358 Num Fibs cells: 11003\n",
      "Rep-batch: 31 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4368 Num Fibs cells: 10791\n",
      "Rep-batch: 31 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5415 Num Fibs cells: 13694\n",
      "Rep-batch: 31 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 6013 Num Fibs cells: 11635\n",
      "Rep-batch: 31 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 2806 Num Fibs cells: 6660\n",
      "Rep-batch: 31 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5452 Num Fibs cells: 13683\n",
      "Rep-batch: 31 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4558 Num Fibs cells: 11784\n",
      "Rep-batch: 31 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5456 Num Fibs cells: 12745\n",
      "Rep-batch: 31 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3285 Num Fibs cells: 9581\n",
      "Rep-batch: 31 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4427 Num Fibs cells: 10408\n",
      "Rep-batch: 31 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4272 Num Fibs cells: 12165\n",
      "Rep-batch: 32 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4042 Num Fibs cells: 10105\n",
      "Rep-batch: 32 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 2271 Num Fibs cells: 7679\n",
      "Rep-batch: 32 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 3484 Num Fibs cells: 10018\n",
      "Rep-batch: 32 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 3411 Num Fibs cells: 9741\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3498 Num Fibs cells: 9063\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 3540 Num Fibs cells: 8443\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3192 Num Fibs cells: 8800\n",
      "Rep-batch: 32 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4299 Num Fibs cells: 10709\n",
      "Rep-batch: 32 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 3241 Num Fibs cells: 10448\n",
      "Rep-batch: 32 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 3432 Num Fibs cells: 8200\n",
      "Rep-batch: 32 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 2750 Num Fibs cells: 7968\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3387 Num Fibs cells: 9544\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2992 Num Fibs cells: 8372\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3798 Num Fibs cells: 9818\n",
      "Rep-batch: 32 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 3888 Num Fibs cells: 9646\n",
      "Rep-batch: 32 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 3117 Num Fibs cells: 9451\n",
      "Rep-batch: 32 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 3993 Num Fibs cells: 10019\n",
      "Rep-batch: 32 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 3246 Num Fibs cells: 10458\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3894 Num Fibs cells: 8517\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 3696 Num Fibs cells: 8483\n",
      "Rep-batch: 32 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3660 Num Fibs cells: 10419\n",
      "Rep-batch: 33 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 9674 Num Fibs cells: 8928\n",
      "Rep-batch: 33 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 10465 Num Fibs cells: 8576\n",
      "Rep-batch: 33 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 9731 Num Fibs cells: 8582\n",
      "Rep-batch: 33 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 10956 Num Fibs cells: 8572\n",
      "Rep-batch: 33 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 10109 Num Fibs cells: 8596\n",
      "Rep-batch: 33 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 10119 Num Fibs cells: 8122\n",
      "Rep-batch: 34 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 7629 Num Fibs cells: 7270\n",
      "Rep-batch: 34 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5486 Num Fibs cells: 7215\n",
      "Rep-batch: 34 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5002 Num Fibs cells: 6814\n",
      "Rep-batch: 34 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 5448 Num Fibs cells: 7695\n",
      "Rep-batch: 34 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4502 Num Fibs cells: 6721\n",
      "Rep-batch: 34 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 7696 Num Fibs cells: 6703\n",
      "Rep-batch: 34 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 6543 Num Fibs cells: 7155\n",
      "Rep-batch: 34 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 3496 Num Fibs cells: 5037\n",
      "Rep-batch: 34 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4470 Num Fibs cells: 6261\n",
      "Rep-batch: 34 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 6375 Num Fibs cells: 7715\n",
      "Rep-batch: 34 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 9889 Num Fibs cells: 8735\n",
      "Rep-batch: 34 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5972 Num Fibs cells: 6735\n",
      "Rep-batch: 34 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5658 Num Fibs cells: 6921\n",
      "Rep-batch: 34 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4433 Num Fibs cells: 6044\n",
      "Rep-batch: 34 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 6144 Num Fibs cells: 8173\n",
      "Rep-batch: 34 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3818 Num Fibs cells: 5454\n",
      "Rep-batch: 34 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5123 Num Fibs cells: 6563\n",
      "Rep-batch: 34 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5128 Num Fibs cells: 7218\n",
      "Rep-batch: 35 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 7450 Num Fibs cells: 6530\n",
      "Rep-batch: 35 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 5211 Num Fibs cells: 5940\n",
      "Rep-batch: 35 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 7286 Num Fibs cells: 8119\n",
      "Rep-batch: 35 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 7029 Num Fibs cells: 8435\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 6285 Num Fibs cells: 6588\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 5738 Num Fibs cells: 6569\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 5887 Num Fibs cells: 6602\n",
      "Rep-batch: 35 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 8335 Num Fibs cells: 8373\n",
      "Rep-batch: 35 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 7187 Num Fibs cells: 9447\n",
      "Rep-batch: 35 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 5751 Num Fibs cells: 5962\n",
      "Rep-batch: 35 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 5821 Num Fibs cells: 6349\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 6821 Num Fibs cells: 8069\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 5694 Num Fibs cells: 6376\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 8209 Num Fibs cells: 9575\n",
      "Rep-batch: 35 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 7479 Num Fibs cells: 6767\n",
      "Rep-batch: 35 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 6984 Num Fibs cells: 9293\n",
      "Rep-batch: 35 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 7703 Num Fibs cells: 9214\n",
      "Rep-batch: 35 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 6472 Num Fibs cells: 8860\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 5981 Num Fibs cells: 7474\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 5814 Num Fibs cells: 6780\n",
      "Rep-batch: 35 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 7244 Num Fibs cells: 8768\n",
      "Rep-batch: 36 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 6384 Num Fibs cells: 2284\n",
      "Rep-batch: 36 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6167 Num Fibs cells: 2430\n",
      "Rep-batch: 36 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 6486 Num Fibs cells: 2519\n",
      "Rep-batch: 36 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6686 Num Fibs cells: 2318\n",
      "Rep-batch: 36 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 6451 Num Fibs cells: 2277\n",
      "Rep-batch: 36 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6234 Num Fibs cells: 2335\n",
      "Rep-batch: 37 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4913 Num Fibs cells: 2122\n",
      "Rep-batch: 37 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5606 Num Fibs cells: 2318\n",
      "Rep-batch: 37 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 219 Num Fibs cells: 66\n",
      "Rep-batch: 37 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 5445 Num Fibs cells: 3188\n",
      "Rep-batch: 37 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5690 Num Fibs cells: 3879\n",
      "Rep-batch: 37 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 7037 Num Fibs cells: 4382\n",
      "Rep-batch: 37 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 6700 Num Fibs cells: 3090\n",
      "Rep-batch: 37 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 49 Num Fibs cells: 10\n",
      "Rep-batch: 37 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3345 Num Fibs cells: 2500\n",
      "Rep-batch: 37 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 8576 Num Fibs cells: 5225\n",
      "Rep-batch: 37 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 9425 Num Fibs cells: 4798\n",
      "Rep-batch: 37 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 6216 Num Fibs cells: 2611\n",
      "Rep-batch: 37 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 8807 Num Fibs cells: 5000\n",
      "Rep-batch: 37 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3593 Num Fibs cells: 1894\n",
      "Rep-batch: 37 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 9644 Num Fibs cells: 5238\n",
      "Rep-batch: 37 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3384 Num Fibs cells: 2237\n",
      "Rep-batch: 37 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5405 Num Fibs cells: 2610\n",
      "Rep-batch: 37 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5054 Num Fibs cells: 2630\n",
      "Rep-batch: 38 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 2412 Num Fibs cells: 2460\n",
      "Rep-batch: 38 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 3053 Num Fibs cells: 2773\n",
      "Rep-batch: 38 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 3985 Num Fibs cells: 3035\n",
      "Rep-batch: 38 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 3843 Num Fibs cells: 3231\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 4641 Num Fibs cells: 3470\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 4005 Num Fibs cells: 3100\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 4094 Num Fibs cells: 3059\n",
      "Rep-batch: 38 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 3048 Num Fibs cells: 2847\n",
      "Rep-batch: 38 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 3743 Num Fibs cells: 3534\n",
      "Rep-batch: 38 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 3011 Num Fibs cells: 2782\n",
      "Rep-batch: 38 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 2374 Num Fibs cells: 2410\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3632 Num Fibs cells: 3140\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2745 Num Fibs cells: 2833\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 4799 Num Fibs cells: 3587\n",
      "Rep-batch: 38 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4938 Num Fibs cells: 3640\n",
      "Rep-batch: 38 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 4567 Num Fibs cells: 3857\n",
      "Rep-batch: 38 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 5838 Num Fibs cells: 4151\n",
      "Rep-batch: 38 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 4955 Num Fibs cells: 3975\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 4269 Num Fibs cells: 3273\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 3858 Num Fibs cells: 3104\n",
      "Rep-batch: 38 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 6060 Num Fibs cells: 4087\n",
      "Rep-batch: 39 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 6902 Num Fibs cells: 6106\n",
      "Rep-batch: 39 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6386 Num Fibs cells: 5615\n",
      "Rep-batch: 39 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 6399 Num Fibs cells: 5661\n",
      "Rep-batch: 39 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6177 Num Fibs cells: 5720\n",
      "Rep-batch: 39 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 7481 Num Fibs cells: 5803\n",
      "Rep-batch: 39 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 6307 Num Fibs cells: 5606\n",
      "Rep-batch: 40 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 5135 Num Fibs cells: 8399\n",
      "Rep-batch: 40 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5669 Num Fibs cells: 10344\n",
      "Rep-batch: 40 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 3809 Num Fibs cells: 7196\n",
      "Rep-batch: 40 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4540 Num Fibs cells: 8428\n",
      "Rep-batch: 40 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2642 Num Fibs cells: 5664\n",
      "Rep-batch: 40 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4685 Num Fibs cells: 7566\n",
      "Rep-batch: 40 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 6705 Num Fibs cells: 10001\n",
      "Rep-batch: 40 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 2843 Num Fibs cells: 7139\n",
      "Rep-batch: 40 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4437 Num Fibs cells: 8257\n",
      "Rep-batch: 40 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4511 Num Fibs cells: 6199\n",
      "Rep-batch: 40 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 6265 Num Fibs cells: 8550\n",
      "Rep-batch: 40 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5670 Num Fibs cells: 9368\n",
      "Rep-batch: 40 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 4179 Num Fibs cells: 7495\n",
      "Rep-batch: 40 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3966 Num Fibs cells: 7918\n",
      "Rep-batch: 40 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4909 Num Fibs cells: 7577\n",
      "Rep-batch: 40 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3595 Num Fibs cells: 7915\n",
      "Rep-batch: 40 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5227 Num Fibs cells: 8651\n",
      "Rep-batch: 40 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4238 Num Fibs cells: 8090\n",
      "Rep-batch: 41 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4428 Num Fibs cells: 8918\n",
      "Rep-batch: 41 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 463 Num Fibs cells: 339\n",
      "Rep-batch: 41 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 4157 Num Fibs cells: 7870\n",
      "Rep-batch: 41 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 201 Num Fibs cells: 79\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 4632 Num Fibs cells: 8149\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 3945 Num Fibs cells: 7857\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3267 Num Fibs cells: 7317\n",
      "Rep-batch: 41 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4562 Num Fibs cells: 8945\n",
      "Rep-batch: 41 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 2695 Num Fibs cells: 6331\n",
      "Rep-batch: 41 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 2946 Num Fibs cells: 6995\n",
      "Rep-batch: 41 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 2840 Num Fibs cells: 6739\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3714 Num Fibs cells: 7867\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 3345 Num Fibs cells: 7010\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 858 Num Fibs cells: 180\n",
      "Rep-batch: 41 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4276 Num Fibs cells: 8782\n",
      "Rep-batch: 41 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 5104 Num Fibs cells: 7822\n",
      "Rep-batch: 41 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 6717 Num Fibs cells: 9128\n",
      "Rep-batch: 41 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 4747 Num Fibs cells: 7920\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 4741 Num Fibs cells: 8116\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 143 Num Fibs cells: 60\n",
      "Rep-batch: 41 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 503 Num Fibs cells: 460\n",
      "Rep-batch: 42 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 9507 Num Fibs cells: 17082\n",
      "Rep-batch: 42 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 10755 Num Fibs cells: 16036\n",
      "Rep-batch: 42 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 9729 Num Fibs cells: 16172\n",
      "Rep-batch: 42 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 9596 Num Fibs cells: 16331\n",
      "Rep-batch: 42 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 10137 Num Fibs cells: 15621\n",
      "Rep-batch: 42 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 10496 Num Fibs cells: 15688\n",
      "Rep-batch: 43 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 1975 Num Fibs cells: 21058\n",
      "Rep-batch: 43 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 2160 Num Fibs cells: 18912\n",
      "Rep-batch: 43 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 2130 Num Fibs cells: 24366\n",
      "Rep-batch: 43 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 2856 Num Fibs cells: 26172\n",
      "Rep-batch: 43 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 1789 Num Fibs cells: 18489\n",
      "Rep-batch: 43 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 1824 Num Fibs cells: 18613\n",
      "Rep-batch: 43 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 2153 Num Fibs cells: 17963\n",
      "Rep-batch: 43 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 1645 Num Fibs cells: 19357\n",
      "Rep-batch: 43 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 2011 Num Fibs cells: 21705\n",
      "Rep-batch: 43 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 794 Num Fibs cells: 5828\n",
      "Rep-batch: 43 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 2476 Num Fibs cells: 22980\n",
      "Rep-batch: 43 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 2738 Num Fibs cells: 18092\n",
      "Rep-batch: 43 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 3103 Num Fibs cells: 24284\n",
      "Rep-batch: 43 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 2227 Num Fibs cells: 21970\n",
      "Rep-batch: 43 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2811 Num Fibs cells: 25923\n",
      "Rep-batch: 43 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 1682 Num Fibs cells: 18864\n",
      "Rep-batch: 43 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2135 Num Fibs cells: 23453\n",
      "Rep-batch: 43 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 1904 Num Fibs cells: 25786\n",
      "Rep-batch: 44 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 1709 Num Fibs cells: 10491\n",
      "Rep-batch: 44 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 2534 Num Fibs cells: 4181\n",
      "Rep-batch: 44 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 2473 Num Fibs cells: 21893\n",
      "Rep-batch: 44 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 2546 Num Fibs cells: 18947\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 2216 Num Fibs cells: 17340\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2426 Num Fibs cells: 17561\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 2246 Num Fibs cells: 16293\n",
      "Rep-batch: 44 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 733 Num Fibs cells: 550\n",
      "Rep-batch: 44 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 4327 Num Fibs cells: 29583\n",
      "Rep-batch: 44 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 1766 Num Fibs cells: 14872\n",
      "Rep-batch: 44 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 989 Num Fibs cells: 4182\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 2650 Num Fibs cells: 21538\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 3074 Num Fibs cells: 5899\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3315 Num Fibs cells: 26531\n",
      "Rep-batch: 44 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 2685 Num Fibs cells: 14612\n",
      "Rep-batch: 44 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 3789 Num Fibs cells: 25354\n",
      "Rep-batch: 44 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 4278 Num Fibs cells: 25818\n",
      "Rep-batch: 44 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 3557 Num Fibs cells: 26110\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 2511 Num Fibs cells: 18647\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2849 Num Fibs cells: 16876\n",
      "Rep-batch: 44 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3340 Num Fibs cells: 23093\n",
      "Rep-batch: 45 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 3414 Num Fibs cells: 1123\n",
      "Rep-batch: 45 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 3662 Num Fibs cells: 1070\n",
      "Rep-batch: 45 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 3485 Num Fibs cells: 1044\n",
      "Rep-batch: 45 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 3384 Num Fibs cells: 1231\n",
      "Rep-batch: 45 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 3585 Num Fibs cells: 1039\n",
      "Rep-batch: 45 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 3409 Num Fibs cells: 1139\n",
      "Rep-batch: 46 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 5834 Num Fibs cells: 5879\n",
      "Rep-batch: 46 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5005 Num Fibs cells: 5248\n",
      "Rep-batch: 46 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 10020 Num Fibs cells: 5018\n",
      "Rep-batch: 46 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 8269 Num Fibs cells: 7239\n",
      "Rep-batch: 46 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 9233 Num Fibs cells: 4257\n",
      "Rep-batch: 46 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4518 Num Fibs cells: 3512\n",
      "Rep-batch: 46 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 4994 Num Fibs cells: 5833\n",
      "Rep-batch: 46 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 6491 Num Fibs cells: 4995\n",
      "Rep-batch: 46 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 7427 Num Fibs cells: 5396\n",
      "Rep-batch: 46 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 8085 Num Fibs cells: 6998\n",
      "Rep-batch: 46 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 5599 Num Fibs cells: 5893\n",
      "Rep-batch: 46 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 4656 Num Fibs cells: 4074\n",
      "Rep-batch: 46 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 8515 Num Fibs cells: 6444\n",
      "Rep-batch: 46 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 7654 Num Fibs cells: 5363\n",
      "Rep-batch: 46 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 323 Num Fibs cells: 231\n",
      "Rep-batch: 46 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 7844 Num Fibs cells: 4445\n",
      "Rep-batch: 46 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 8280 Num Fibs cells: 7493\n",
      "Rep-batch: 46 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 9603 Num Fibs cells: 7067\n",
      "Rep-batch: 47 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 3183 Num Fibs cells: 1129\n",
      "Rep-batch: 47 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 6502 Num Fibs cells: 3846\n",
      "Rep-batch: 47 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 6629 Num Fibs cells: 4937\n",
      "Rep-batch: 47 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 6019 Num Fibs cells: 5555\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 5637 Num Fibs cells: 4576\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 6392 Num Fibs cells: 4034\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 5237 Num Fibs cells: 4458\n",
      "Rep-batch: 47 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 9414 Num Fibs cells: 3434\n",
      "Rep-batch: 47 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 9112 Num Fibs cells: 5900\n",
      "Rep-batch: 47 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 6500 Num Fibs cells: 4038\n",
      "Rep-batch: 47 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 6512 Num Fibs cells: 3118\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 6575 Num Fibs cells: 4162\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 4062 Num Fibs cells: 1842\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 6884 Num Fibs cells: 6345\n",
      "Rep-batch: 47 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 8525 Num Fibs cells: 3918\n",
      "Rep-batch: 47 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 9121 Num Fibs cells: 6226\n",
      "Rep-batch: 47 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 7744 Num Fibs cells: 6241\n",
      "Rep-batch: 47 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 6367 Num Fibs cells: 4085\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 5361 Num Fibs cells: 4817\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 7172 Num Fibs cells: 4213\n",
      "Rep-batch: 47 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 6310 Num Fibs cells: 6045\n",
      "Rep-batch: 48 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 8927 Num Fibs cells: 2520\n",
      "Rep-batch: 48 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 8697 Num Fibs cells: 2934\n",
      "Rep-batch: 48 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 7941 Num Fibs cells: 2542\n",
      "Rep-batch: 48 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 8958 Num Fibs cells: 2574\n",
      "Rep-batch: 48 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 9081 Num Fibs cells: 2666\n",
      "Rep-batch: 48 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 8438 Num Fibs cells: 2653\n",
      "Rep-batch: 49 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 7073 Num Fibs cells: 14557\n",
      "Rep-batch: 49 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5016 Num Fibs cells: 11724\n",
      "Rep-batch: 49 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5585 Num Fibs cells: 11577\n",
      "Rep-batch: 49 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 7766 Num Fibs cells: 12779\n",
      "Rep-batch: 49 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5978 Num Fibs cells: 11423\n",
      "Rep-batch: 49 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 5716 Num Fibs cells: 10756\n",
      "Rep-batch: 49 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 6708 Num Fibs cells: 13656\n",
      "Rep-batch: 49 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 6915 Num Fibs cells: 13638\n",
      "Rep-batch: 49 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 8469 Num Fibs cells: 11788\n",
      "Rep-batch: 49 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 7402 Num Fibs cells: 10741\n",
      "Rep-batch: 49 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 6579 Num Fibs cells: 12515\n",
      "Rep-batch: 49 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 4374 Num Fibs cells: 12143\n",
      "Rep-batch: 49 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5724 Num Fibs cells: 11256\n",
      "Rep-batch: 49 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 5995 Num Fibs cells: 10625\n",
      "Rep-batch: 49 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4992 Num Fibs cells: 10339\n",
      "Rep-batch: 49 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 10257 Num Fibs cells: 14481\n",
      "Rep-batch: 49 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 8938 Num Fibs cells: 12892\n",
      "Rep-batch: 49 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 6193 Num Fibs cells: 9433\n",
      "Rep-batch: 50 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 8461 Num Fibs cells: 10733\n",
      "Rep-batch: 50 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 6091 Num Fibs cells: 7869\n",
      "Rep-batch: 50 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 9734 Num Fibs cells: 11932\n",
      "Rep-batch: 50 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 8242 Num Fibs cells: 11066\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 8000 Num Fibs cells: 9464\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 7357 Num Fibs cells: 9288\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 6725 Num Fibs cells: 9819\n",
      "Rep-batch: 50 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 9156 Num Fibs cells: 11843\n",
      "Rep-batch: 50 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 9912 Num Fibs cells: 11479\n",
      "Rep-batch: 50 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 7722 Num Fibs cells: 8721\n",
      "Rep-batch: 50 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 6893 Num Fibs cells: 8777\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 9358 Num Fibs cells: 9780\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 7044 Num Fibs cells: 8831\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 10559 Num Fibs cells: 12307\n",
      "Rep-batch: 50 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 8181 Num Fibs cells: 10131\n",
      "Rep-batch: 50 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 11509 Num Fibs cells: 12391\n",
      "Rep-batch: 50 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 8380 Num Fibs cells: 12698\n",
      "Rep-batch: 50 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 9906 Num Fibs cells: 11622\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 8738 Num Fibs cells: 11326\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 6796 Num Fibs cells: 9571\n",
      "Rep-batch: 50 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 9975 Num Fibs cells: 12310\n",
      "Rep-batch: 51 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 1355 Num Fibs cells: 7969\n",
      "Rep-batch: 51 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 1873 Num Fibs cells: 7607\n",
      "Rep-batch: 51 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 1272 Num Fibs cells: 8057\n",
      "Rep-batch: 51 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 1540 Num Fibs cells: 7371\n",
      "Rep-batch: 51 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 1156 Num Fibs cells: 7626\n",
      "Rep-batch: 51 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 1516 Num Fibs cells: 7079\n",
      "Rep-batch: 52 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 1810 Num Fibs cells: 7466\n",
      "Rep-batch: 52 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 1967 Num Fibs cells: 7265\n",
      "Rep-batch: 52 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 2554 Num Fibs cells: 4817\n",
      "Rep-batch: 52 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3672 Num Fibs cells: 6340\n",
      "Rep-batch: 52 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2061 Num Fibs cells: 4051\n",
      "Rep-batch: 52 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 1491 Num Fibs cells: 6609\n",
      "Rep-batch: 52 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 1469 Num Fibs cells: 5990\n",
      "Rep-batch: 52 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 2374 Num Fibs cells: 4732\n",
      "Rep-batch: 52 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3457 Num Fibs cells: 5132\n",
      "Rep-batch: 52 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2982 Num Fibs cells: 5292\n",
      "Rep-batch: 52 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 2200 Num Fibs cells: 8137\n",
      "Rep-batch: 52 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 1758 Num Fibs cells: 6182\n",
      "Rep-batch: 52 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 3349 Num Fibs cells: 5815\n",
      "Rep-batch: 52 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 2939 Num Fibs cells: 4968\n",
      "Rep-batch: 52 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2950 Num Fibs cells: 5397\n",
      "Rep-batch: 52 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2002 Num Fibs cells: 4207\n",
      "Rep-batch: 52 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2504 Num Fibs cells: 4984\n",
      "Rep-batch: 52 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2697 Num Fibs cells: 5692\n",
      "Rep-batch: 53 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 1214 Num Fibs cells: 2810\n",
      "Rep-batch: 53 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 1008 Num Fibs cells: 1852\n",
      "Rep-batch: 53 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 1236 Num Fibs cells: 2457\n",
      "Rep-batch: 53 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 643 Num Fibs cells: 2374\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 611 Num Fibs cells: 2044\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 1051 Num Fibs cells: 1999\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 541 Num Fibs cells: 2144\n",
      "Rep-batch: 53 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 1475 Num Fibs cells: 3630\n",
      "Rep-batch: 53 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 1280 Num Fibs cells: 2863\n",
      "Rep-batch: 53 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 877 Num Fibs cells: 1756\n",
      "Rep-batch: 53 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 613 Num Fibs cells: 1890\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 655 Num Fibs cells: 2372\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 852 Num Fibs cells: 1966\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 803 Num Fibs cells: 2556\n",
      "Rep-batch: 53 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 1191 Num Fibs cells: 2469\n",
      "Rep-batch: 53 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 1245 Num Fibs cells: 2716\n",
      "Rep-batch: 53 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 1219 Num Fibs cells: 2663\n",
      "Rep-batch: 53 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 843 Num Fibs cells: 3166\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 730 Num Fibs cells: 2627\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 984 Num Fibs cells: 1851\n",
      "Rep-batch: 53 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 820 Num Fibs cells: 2816\n",
      "Rep-batch: 54 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 2394 Num Fibs cells: 3233\n",
      "Rep-batch: 54 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 2443 Num Fibs cells: 3221\n",
      "Rep-batch: 54 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 2404 Num Fibs cells: 3188\n",
      "Rep-batch: 54 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 2416 Num Fibs cells: 3035\n",
      "Rep-batch: 54 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 2385 Num Fibs cells: 2928\n",
      "Rep-batch: 54 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 2377 Num Fibs cells: 3013\n",
      "Rep-batch: 55 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4270 Num Fibs cells: 3165\n",
      "Rep-batch: 55 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5292 Num Fibs cells: 3894\n",
      "Rep-batch: 55 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 2192 Num Fibs cells: 2629\n",
      "Rep-batch: 55 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 6128 Num Fibs cells: 5355\n",
      "Rep-batch: 55 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 1261 Num Fibs cells: 2141\n",
      "Rep-batch: 55 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 4255 Num Fibs cells: 3301\n",
      "Rep-batch: 55 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 5781 Num Fibs cells: 4101\n",
      "Rep-batch: 55 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 1300 Num Fibs cells: 2285\n",
      "Rep-batch: 55 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3465 Num Fibs cells: 3667\n",
      "Rep-batch: 55 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3545 Num Fibs cells: 3845\n",
      "Rep-batch: 55 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 7236 Num Fibs cells: 4423\n",
      "Rep-batch: 55 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 7579 Num Fibs cells: 4924\n",
      "Rep-batch: 55 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 2817 Num Fibs cells: 3663\n",
      "Rep-batch: 55 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 3215 Num Fibs cells: 3628\n",
      "Rep-batch: 55 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3514 Num Fibs cells: 3577\n",
      "Rep-batch: 55 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 2458 Num Fibs cells: 3477\n",
      "Rep-batch: 55 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5008 Num Fibs cells: 4001\n",
      "Rep-batch: 55 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3492 Num Fibs cells: 3476\n",
      "Rep-batch: 56 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 3815 Num Fibs cells: 4555\n",
      "Rep-batch: 56 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 2284 Num Fibs cells: 3567\n",
      "Rep-batch: 56 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 3666 Num Fibs cells: 4036\n",
      "Rep-batch: 56 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 3131 Num Fibs cells: 4279\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3596 Num Fibs cells: 3767\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2463 Num Fibs cells: 3323\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 3259 Num Fibs cells: 3862\n",
      "Rep-batch: 56 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 4201 Num Fibs cells: 4468\n",
      "Rep-batch: 56 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 3516 Num Fibs cells: 4056\n",
      "Rep-batch: 56 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 2706 Num Fibs cells: 3420\n",
      "Rep-batch: 56 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 2113 Num Fibs cells: 2949\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 4145 Num Fibs cells: 4802\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2581 Num Fibs cells: 3516\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 5275 Num Fibs cells: 5247\n",
      "Rep-batch: 56 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 2265 Num Fibs cells: 3303\n",
      "Rep-batch: 56 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 2183 Num Fibs cells: 1228\n",
      "Rep-batch: 56 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 5501 Num Fibs cells: 4745\n",
      "Rep-batch: 56 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 4490 Num Fibs cells: 4799\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 3493 Num Fibs cells: 4343\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 2910 Num Fibs cells: 4175\n",
      "Rep-batch: 56 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 5271 Num Fibs cells: 4992\n",
      "Rep-batch: 57 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 9801 Num Fibs cells: 3538\n",
      "Rep-batch: 57 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 8783 Num Fibs cells: 3335\n",
      "Rep-batch: 57 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 6525 Num Fibs cells: 3070\n",
      "Rep-batch: 57 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 8645 Num Fibs cells: 3043\n",
      "Rep-batch: 57 Cultue: PDOF Treatment O Concentration 1 Num PDO cells: 10208 Num Fibs cells: 3639\n",
      "Rep-batch: 57 Cultue: PDOF Treatment H2O Concentration 0 Num PDO cells: 8672 Num Fibs cells: 3245\n",
      "Rep-batch: 58 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 2376 Num Fibs cells: 4794\n",
      "Rep-batch: 58 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 2807 Num Fibs cells: 4923\n",
      "Rep-batch: 58 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5741 Num Fibs cells: 4860\n",
      "Rep-batch: 58 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4446 Num Fibs cells: 4857\n",
      "Rep-batch: 58 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4289 Num Fibs cells: 4074\n",
      "Rep-batch: 58 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 1619 Num Fibs cells: 4087\n",
      "Rep-batch: 58 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 3140 Num Fibs cells: 5581\n",
      "Rep-batch: 58 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 4010 Num Fibs cells: 4458\n",
      "Rep-batch: 58 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4005 Num Fibs cells: 4803\n",
      "Rep-batch: 58 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5657 Num Fibs cells: 5526\n",
      "Rep-batch: 58 Cultue: PDOF Treatment S Concentration 4 Num PDO cells: 2186 Num Fibs cells: 4659\n",
      "Rep-batch: 58 Cultue: PDOF Treatment VS Concentration 4 Num PDO cells: 2816 Num Fibs cells: 5362\n",
      "Rep-batch: 58 Cultue: PDOF Treatment L Concentration 4 Num PDO cells: 5113 Num Fibs cells: 5386\n",
      "Rep-batch: 58 Cultue: PDOF Treatment V Concentration 1 Num PDO cells: 4189 Num Fibs cells: 4703\n",
      "Rep-batch: 58 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4907 Num Fibs cells: 5188\n",
      "Rep-batch: 58 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 3859 Num Fibs cells: 4487\n",
      "Rep-batch: 58 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 5182 Num Fibs cells: 4910\n",
      "Rep-batch: 58 Cultue: PDOF Treatment DMSO Concentration 0 Num PDO cells: 4192 Num Fibs cells: 5153\n",
      "Rep-batch: 59 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 12935 Num Fibs cells: 12301\n",
      "Rep-batch: 59 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 13127 Num Fibs cells: 9902\n",
      "Rep-batch: 59 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 12748 Num Fibs cells: 8699\n",
      "Rep-batch: 59 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 112 Num Fibs cells: 3\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 11892 Num Fibs cells: 10370\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 12213 Num Fibs cells: 10089\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 10497 Num Fibs cells: 10190\n",
      "Rep-batch: 59 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 14605 Num Fibs cells: 14405\n",
      "Rep-batch: 59 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 16242 Num Fibs cells: 12199\n",
      "Rep-batch: 59 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 12192 Num Fibs cells: 8296\n",
      "Rep-batch: 59 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 11949 Num Fibs cells: 12560\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 11192 Num Fibs cells: 10689\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 11880 Num Fibs cells: 9865\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 9061 Num Fibs cells: 9171\n",
      "Rep-batch: 59 Cultue: PDOF Treatment F Concentration 4 Num PDO cells: 11849 Num Fibs cells: 11305\n",
      "Rep-batch: 59 Cultue: PDOF Treatment AH Concentration 0 Num PDO cells: 16011 Num Fibs cells: 11680\n",
      "Rep-batch: 59 Cultue: PDOF Treatment C Concentration 2 Num PDO cells: 14237 Num Fibs cells: 9882\n",
      "Rep-batch: 59 Cultue: PDOF Treatment SF Concentration 3 Num PDO cells: 12508 Num Fibs cells: 11563\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CS Concentration 3 Num PDO cells: 10827 Num Fibs cells: 9542\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CF Concentration 3 Num PDO cells: 12346 Num Fibs cells: 9307\n",
      "Rep-batch: 59 Cultue: PDOF Treatment CSF Concentration 4 Num PDO cells: 10138 Num Fibs cells: 9936\n",
      "Rep-batch: 60 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5474\n",
      "Rep-batch: 60 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 5746\n",
      "Rep-batch: 60 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5694\n",
      "Rep-batch: 60 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5552\n",
      "Rep-batch: 60 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 6036\n",
      "Rep-batch: 61 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 11535\n",
      "Rep-batch: 61 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 10024\n",
      "Rep-batch: 61 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 15889\n",
      "Rep-batch: 61 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 13181\n",
      "Rep-batch: 61 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 16363\n",
      "Rep-batch: 61 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 10838\n",
      "Rep-batch: 61 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 10442\n",
      "Rep-batch: 61 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 16418\n",
      "Rep-batch: 61 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 15060\n",
      "Rep-batch: 61 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 14942\n",
      "Rep-batch: 61 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 10241\n",
      "Rep-batch: 61 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 10140\n",
      "Rep-batch: 61 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 16861\n",
      "Rep-batch: 61 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 15754\n",
      "Rep-batch: 61 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 18419\n",
      "Rep-batch: 61 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 16328\n",
      "Rep-batch: 61 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 14123\n",
      "Rep-batch: 61 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 17396\n",
      "Rep-batch: 62 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 9591\n",
      "Rep-batch: 62 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 11632\n",
      "Rep-batch: 62 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 12766\n",
      "Rep-batch: 62 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10873\n",
      "Rep-batch: 62 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 10044\n",
      "Rep-batch: 62 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10451\n",
      "Rep-batch: 62 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 11977\n",
      "Rep-batch: 62 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 9696\n",
      "Rep-batch: 62 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 11021\n",
      "Rep-batch: 62 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 11054\n",
      "Rep-batch: 62 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 12090\n",
      "Rep-batch: 62 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 9497\n",
      "Rep-batch: 62 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11542\n",
      "Rep-batch: 62 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 10324\n",
      "Rep-batch: 62 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 9332\n",
      "Rep-batch: 62 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 13254\n",
      "Rep-batch: 62 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 10489\n",
      "Rep-batch: 62 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11903\n",
      "Rep-batch: 62 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11037\n",
      "Rep-batch: 62 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10812\n",
      "Rep-batch: 62 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 10097\n",
      "Rep-batch: 63 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 16634\n",
      "Rep-batch: 63 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 17314\n",
      "Rep-batch: 63 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 15688\n",
      "Rep-batch: 63 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 16281\n",
      "Rep-batch: 63 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 16559\n",
      "Rep-batch: 64 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 7697\n",
      "Rep-batch: 64 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 14978\n",
      "Rep-batch: 64 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 18118\n",
      "Rep-batch: 64 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 16688\n",
      "Rep-batch: 64 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 20536\n",
      "Rep-batch: 64 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 7673\n",
      "Rep-batch: 64 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 16043\n",
      "Rep-batch: 64 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 18447\n",
      "Rep-batch: 64 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 21033\n",
      "Rep-batch: 64 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 19243\n",
      "Rep-batch: 64 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 8226\n",
      "Rep-batch: 64 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 15094\n",
      "Rep-batch: 64 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 19224\n",
      "Rep-batch: 64 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 20408\n",
      "Rep-batch: 64 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 22606\n",
      "Rep-batch: 64 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 20577\n",
      "Rep-batch: 64 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 17533\n",
      "Rep-batch: 64 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 20672\n",
      "Rep-batch: 65 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 4333\n",
      "Rep-batch: 65 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 16596\n",
      "Rep-batch: 65 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 18044\n",
      "Rep-batch: 65 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 9929\n",
      "Rep-batch: 65 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11789\n",
      "Rep-batch: 65 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 15425\n",
      "Rep-batch: 65 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 13712\n",
      "Rep-batch: 65 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 5335\n",
      "Rep-batch: 65 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 16450\n",
      "Rep-batch: 65 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 46\n",
      "Rep-batch: 65 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 12460\n",
      "Rep-batch: 65 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11511\n",
      "Rep-batch: 65 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 17805\n",
      "Rep-batch: 65 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 12745\n",
      "Rep-batch: 65 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 4452\n",
      "Rep-batch: 65 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 18336\n",
      "Rep-batch: 65 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 15181\n",
      "Rep-batch: 65 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 13249\n",
      "Rep-batch: 65 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 12235\n",
      "Rep-batch: 65 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 14403\n",
      "Rep-batch: 65 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 14633\n",
      "Rep-batch: 66 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5730\n",
      "Rep-batch: 66 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 6246\n",
      "Rep-batch: 66 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5287\n",
      "Rep-batch: 66 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 6393\n",
      "Rep-batch: 66 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 6442\n",
      "Rep-batch: 67 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 6142\n",
      "Rep-batch: 67 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 5468\n",
      "Rep-batch: 67 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 4243\n",
      "Rep-batch: 67 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 5508\n",
      "Rep-batch: 67 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 6596\n",
      "Rep-batch: 67 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 3240\n",
      "Rep-batch: 67 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 2707\n",
      "Rep-batch: 67 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 6655\n",
      "Rep-batch: 67 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 6127\n",
      "Rep-batch: 67 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 6852\n",
      "Rep-batch: 67 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 4440\n",
      "Rep-batch: 67 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 4666\n",
      "Rep-batch: 67 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 6476\n",
      "Rep-batch: 67 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 6693\n",
      "Rep-batch: 67 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 6843\n",
      "Rep-batch: 67 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 3921\n",
      "Rep-batch: 67 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 2022\n",
      "Rep-batch: 67 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 3169\n",
      "Rep-batch: 68 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 4445\n",
      "Rep-batch: 68 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 6940\n",
      "Rep-batch: 68 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 6443\n",
      "Rep-batch: 68 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 6402\n",
      "Rep-batch: 68 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 4264\n",
      "Rep-batch: 68 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 5848\n",
      "Rep-batch: 68 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 5336\n",
      "Rep-batch: 68 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 2188\n",
      "Rep-batch: 68 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 1051\n",
      "Rep-batch: 68 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 6763\n",
      "Rep-batch: 68 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 6181\n",
      "Rep-batch: 68 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 4939\n",
      "Rep-batch: 68 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 7156\n",
      "Rep-batch: 68 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 3688\n",
      "Rep-batch: 68 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 3807\n",
      "Rep-batch: 68 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 3725\n",
      "Rep-batch: 68 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 4757\n",
      "Rep-batch: 68 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 3229\n",
      "Rep-batch: 68 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 6158\n",
      "Rep-batch: 68 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 5506\n",
      "Rep-batch: 68 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 4850\n",
      "Rep-batch: 69 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 11032\n",
      "Rep-batch: 69 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 10995\n",
      "Rep-batch: 69 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 11033\n",
      "Rep-batch: 69 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 11285\n",
      "Rep-batch: 69 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 11731\n",
      "Rep-batch: 70 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 14587\n",
      "Rep-batch: 70 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 14283\n",
      "Rep-batch: 70 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 10587\n",
      "Rep-batch: 70 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 12672\n",
      "Rep-batch: 70 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 11400\n",
      "Rep-batch: 70 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 14185\n",
      "Rep-batch: 70 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 15234\n",
      "Rep-batch: 70 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 11425\n",
      "Rep-batch: 70 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 13205\n",
      "Rep-batch: 70 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9433\n",
      "Rep-batch: 70 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 14897\n",
      "Rep-batch: 70 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 14903\n",
      "Rep-batch: 70 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 12150\n",
      "Rep-batch: 70 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 13709\n",
      "Rep-batch: 70 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 12621\n",
      "Rep-batch: 70 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 13636\n",
      "Rep-batch: 70 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 12617\n",
      "Rep-batch: 70 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 14214\n",
      "Rep-batch: 71 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 12756\n",
      "Rep-batch: 71 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 9542\n",
      "Rep-batch: 71 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 12346\n",
      "Rep-batch: 71 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10766\n",
      "Rep-batch: 71 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11012\n",
      "Rep-batch: 71 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11418\n",
      "Rep-batch: 71 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 11208\n",
      "Rep-batch: 71 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 12883\n",
      "Rep-batch: 71 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 9753\n",
      "Rep-batch: 71 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 11093\n",
      "Rep-batch: 71 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11259\n",
      "Rep-batch: 71 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11095\n",
      "Rep-batch: 71 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 12869\n",
      "Rep-batch: 71 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 10567\n",
      "Rep-batch: 71 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 11522\n",
      "Rep-batch: 71 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 12499\n",
      "Rep-batch: 71 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 11540\n",
      "Rep-batch: 71 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11791\n",
      "Rep-batch: 71 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11685\n",
      "Rep-batch: 71 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 141\n",
      "Rep-batch: 71 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 81\n",
      "Rep-batch: 72 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 27386\n",
      "Rep-batch: 72 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 28588\n",
      "Rep-batch: 72 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 25956\n",
      "Rep-batch: 72 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 27650\n",
      "Rep-batch: 72 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 29643\n",
      "Rep-batch: 73 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 21562\n",
      "Rep-batch: 73 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 18997\n",
      "Rep-batch: 73 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 21936\n",
      "Rep-batch: 73 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 18103\n",
      "Rep-batch: 73 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 22742\n",
      "Rep-batch: 73 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 19950\n",
      "Rep-batch: 73 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 18348\n",
      "Rep-batch: 73 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 23923\n",
      "Rep-batch: 73 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 22177\n",
      "Rep-batch: 73 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 22699\n",
      "Rep-batch: 73 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 590\n",
      "Rep-batch: 73 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 18834\n",
      "Rep-batch: 73 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 24999\n",
      "Rep-batch: 73 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 24582\n",
      "Rep-batch: 73 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 27062\n",
      "Rep-batch: 73 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 25400\n",
      "Rep-batch: 73 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 20874\n",
      "Rep-batch: 73 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 22885\n",
      "Rep-batch: 74 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 16189\n",
      "Rep-batch: 74 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 22638\n",
      "Rep-batch: 74 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 27023\n",
      "Rep-batch: 74 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 15431\n",
      "Rep-batch: 74 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 14369\n",
      "Rep-batch: 74 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 17441\n",
      "Rep-batch: 74 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 21830\n",
      "Rep-batch: 74 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 15997\n",
      "Rep-batch: 74 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 11863\n",
      "Rep-batch: 74 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 19233\n",
      "Rep-batch: 74 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 19857\n",
      "Rep-batch: 74 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 16254\n",
      "Rep-batch: 74 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 27147\n",
      "Rep-batch: 74 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 16185\n",
      "Rep-batch: 74 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 17207\n",
      "Rep-batch: 74 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 27876\n",
      "Rep-batch: 74 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 18329\n",
      "Rep-batch: 74 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 21808\n",
      "Rep-batch: 74 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 21698\n",
      "Rep-batch: 74 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10922\n",
      "Rep-batch: 74 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 16151\n",
      "Rep-batch: 75 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 3564\n",
      "Rep-batch: 75 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 3655\n",
      "Rep-batch: 75 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 3538\n",
      "Rep-batch: 75 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 3394\n",
      "Rep-batch: 75 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 3621\n",
      "Rep-batch: 76 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 4296\n",
      "Rep-batch: 76 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 1143\n",
      "Rep-batch: 76 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 2679\n",
      "Rep-batch: 76 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 2588\n",
      "Rep-batch: 76 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 6\n",
      "Rep-batch: 76 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 3639\n",
      "Rep-batch: 76 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 3123\n",
      "Rep-batch: 76 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 3549\n",
      "Rep-batch: 76 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 3030\n",
      "Rep-batch: 76 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 2844\n",
      "Rep-batch: 76 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 3837\n",
      "Rep-batch: 76 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 3208\n",
      "Rep-batch: 76 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 3417\n",
      "Rep-batch: 76 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 3085\n",
      "Rep-batch: 76 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 4851\n",
      "Rep-batch: 76 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 3681\n",
      "Rep-batch: 76 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 2596\n",
      "Rep-batch: 76 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 4753\n",
      "Rep-batch: 77 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 2134\n",
      "Rep-batch: 77 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 2917\n",
      "Rep-batch: 77 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 3349\n",
      "Rep-batch: 77 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 2290\n",
      "Rep-batch: 77 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 2690\n",
      "Rep-batch: 77 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 2488\n",
      "Rep-batch: 77 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 3322\n",
      "Rep-batch: 77 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 1984\n",
      "Rep-batch: 77 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 2345\n",
      "Rep-batch: 77 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 2876\n",
      "Rep-batch: 77 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 2723\n",
      "Rep-batch: 77 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 2256\n",
      "Rep-batch: 77 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 3808\n",
      "Rep-batch: 77 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 2446\n",
      "Rep-batch: 77 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 2216\n",
      "Rep-batch: 77 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 3915\n",
      "Rep-batch: 77 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 2725\n",
      "Rep-batch: 77 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 2897\n",
      "Rep-batch: 77 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 2974\n",
      "Rep-batch: 77 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 2800\n",
      "Rep-batch: 77 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 2156\n",
      "Rep-batch: 78 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 4508\n",
      "Rep-batch: 78 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 4283\n",
      "Rep-batch: 78 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 4844\n",
      "Rep-batch: 78 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 4021\n",
      "Rep-batch: 78 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 4585\n",
      "Rep-batch: 79 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 14100\n",
      "Rep-batch: 79 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 11820\n",
      "Rep-batch: 79 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 12095\n",
      "Rep-batch: 79 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 15025\n",
      "Rep-batch: 79 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 17842\n",
      "Rep-batch: 79 Cultue: F Treatment S Concentration 1 Num PDO cells: 0 Num Fibs cells: 15118\n",
      "Rep-batch: 79 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 35\n",
      "Rep-batch: 79 Cultue: F Treatment L Concentration 1 Num PDO cells: 0 Num Fibs cells: 16995\n",
      "Rep-batch: 79 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 20013\n",
      "Rep-batch: 79 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 14850\n",
      "Rep-batch: 79 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 14158\n",
      "Rep-batch: 79 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 12999\n",
      "Rep-batch: 79 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 11940\n",
      "Rep-batch: 79 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 18931\n",
      "Rep-batch: 79 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 16485\n",
      "Rep-batch: 79 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 171\n",
      "Rep-batch: 79 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 15508\n",
      "Rep-batch: 79 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 19380\n",
      "Rep-batch: 80 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 16116\n",
      "Rep-batch: 80 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 16168\n",
      "Rep-batch: 80 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 17153\n",
      "Rep-batch: 80 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 12876\n",
      "Rep-batch: 80 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 14145\n",
      "Rep-batch: 80 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 14479\n",
      "Rep-batch: 80 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 17451\n",
      "Rep-batch: 80 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 14794\n",
      "Rep-batch: 80 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 12962\n",
      "Rep-batch: 80 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 16896\n",
      "Rep-batch: 80 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 16543\n",
      "Rep-batch: 80 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 13277\n",
      "Rep-batch: 80 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 18966\n",
      "Rep-batch: 80 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 13859\n",
      "Rep-batch: 80 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 17762\n",
      "Rep-batch: 80 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 16965\n",
      "Rep-batch: 80 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 14914\n",
      "Rep-batch: 80 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 16096\n",
      "Rep-batch: 80 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 16416\n",
      "Rep-batch: 80 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 13632\n",
      "Rep-batch: 80 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 14831\n",
      "Rep-batch: 81 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 9927\n",
      "Rep-batch: 81 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 10424\n",
      "Rep-batch: 81 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 10465\n",
      "Rep-batch: 81 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 9734\n",
      "Rep-batch: 81 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 10687\n",
      "Rep-batch: 82 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 11934\n",
      "Rep-batch: 82 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 10185\n",
      "Rep-batch: 82 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 9259\n",
      "Rep-batch: 82 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 8530\n",
      "Rep-batch: 82 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9725\n",
      "Rep-batch: 82 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 11039\n",
      "Rep-batch: 82 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 11579\n",
      "Rep-batch: 82 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 8949\n",
      "Rep-batch: 82 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 10837\n",
      "Rep-batch: 82 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 8339\n",
      "Rep-batch: 82 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 10231\n",
      "Rep-batch: 82 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 9712\n",
      "Rep-batch: 82 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 10199\n",
      "Rep-batch: 82 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 11535\n",
      "Rep-batch: 82 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9675\n",
      "Rep-batch: 82 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9660\n",
      "Rep-batch: 82 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9103\n",
      "Rep-batch: 82 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9900\n",
      "Rep-batch: 83 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 5113\n",
      "Rep-batch: 83 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 4448\n",
      "Rep-batch: 83 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 5504\n",
      "Rep-batch: 83 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 3974\n",
      "Rep-batch: 83 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 4340\n",
      "Rep-batch: 83 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 3825\n",
      "Rep-batch: 83 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 4687\n",
      "Rep-batch: 83 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 5127\n",
      "Rep-batch: 83 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 3499\n",
      "Rep-batch: 83 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 4979\n",
      "Rep-batch: 83 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 4447\n",
      "Rep-batch: 83 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 3800\n",
      "Rep-batch: 83 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 5241\n",
      "Rep-batch: 83 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 4077\n",
      "Rep-batch: 83 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 5477\n",
      "Rep-batch: 83 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 4956\n",
      "Rep-batch: 83 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 3441\n",
      "Rep-batch: 83 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 4772\n",
      "Rep-batch: 83 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 4822\n",
      "Rep-batch: 83 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 4026\n",
      "Rep-batch: 83 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 4134\n",
      "Rep-batch: 84 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5228\n",
      "Rep-batch: 84 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 5608\n",
      "Rep-batch: 84 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5409\n",
      "Rep-batch: 84 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5016\n",
      "Rep-batch: 84 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 6000\n",
      "Rep-batch: 85 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 10449\n",
      "Rep-batch: 85 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 8746\n",
      "Rep-batch: 85 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 8629\n",
      "Rep-batch: 85 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 9403\n",
      "Rep-batch: 85 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 8131\n",
      "Rep-batch: 85 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 8268\n",
      "Rep-batch: 85 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 7\n",
      "Rep-batch: 85 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 9676\n",
      "Rep-batch: 85 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 9823\n",
      "Rep-batch: 85 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 8002\n",
      "Rep-batch: 85 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 9314\n",
      "Rep-batch: 85 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 97\n",
      "Rep-batch: 85 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 7812\n",
      "Rep-batch: 85 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 10366\n",
      "Rep-batch: 85 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 31\n",
      "Rep-batch: 85 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 9641\n",
      "Rep-batch: 85 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 186\n",
      "Rep-batch: 85 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 11583\n",
      "Rep-batch: 86 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 10809\n",
      "Rep-batch: 86 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 11402\n",
      "Rep-batch: 86 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 12536\n",
      "Rep-batch: 86 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10746\n",
      "Rep-batch: 86 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 10071\n",
      "Rep-batch: 86 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10898\n",
      "Rep-batch: 86 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 11174\n",
      "Rep-batch: 86 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 10660\n",
      "Rep-batch: 86 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 10813\n",
      "Rep-batch: 86 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 10696\n",
      "Rep-batch: 86 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11415\n",
      "Rep-batch: 86 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 10652\n",
      "Rep-batch: 86 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 13516\n",
      "Rep-batch: 86 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 10449\n",
      "Rep-batch: 86 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 10454\n",
      "Rep-batch: 86 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 71\n",
      "Rep-batch: 86 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 10426\n",
      "Rep-batch: 86 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 11851\n",
      "Rep-batch: 86 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 11160\n",
      "Rep-batch: 86 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 10334\n",
      "Rep-batch: 86 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 9138\n",
      "Rep-batch: 87 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5895\n",
      "Rep-batch: 87 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 6607\n",
      "Rep-batch: 87 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5957\n",
      "Rep-batch: 87 Cultue: F Treatment O Concentration 1 Num PDO cells: 0 Num Fibs cells: 5152\n",
      "Rep-batch: 87 Cultue: F Treatment H2O Concentration 0 Num PDO cells: 0 Num Fibs cells: 5639\n",
      "Rep-batch: 88 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 4678\n",
      "Rep-batch: 88 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 5934\n",
      "Rep-batch: 88 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 4780\n",
      "Rep-batch: 88 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 5590\n",
      "Rep-batch: 88 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 4857\n",
      "Rep-batch: 88 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 4737\n",
      "Rep-batch: 88 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 6199\n",
      "Rep-batch: 88 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 6002\n",
      "Rep-batch: 88 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 7021\n",
      "Rep-batch: 88 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 4669\n",
      "Rep-batch: 88 Cultue: F Treatment S Concentration 4 Num PDO cells: 0 Num Fibs cells: 4058\n",
      "Rep-batch: 88 Cultue: F Treatment VS Concentration 4 Num PDO cells: 0 Num Fibs cells: 6266\n",
      "Rep-batch: 88 Cultue: F Treatment L Concentration 4 Num PDO cells: 0 Num Fibs cells: 5690\n",
      "Rep-batch: 88 Cultue: F Treatment V Concentration 1 Num PDO cells: 0 Num Fibs cells: 6721\n",
      "Rep-batch: 88 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 5424\n",
      "Rep-batch: 88 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 6654\n",
      "Rep-batch: 88 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 4980\n",
      "Rep-batch: 88 Cultue: F Treatment DMSO Concentration 0 Num PDO cells: 0 Num Fibs cells: 7944\n",
      "Rep-batch: 89 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 19728\n",
      "Rep-batch: 89 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 18396\n",
      "Rep-batch: 89 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 16716\n",
      "Rep-batch: 89 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 14403\n",
      "Rep-batch: 89 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 16121\n",
      "Rep-batch: 89 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 16236\n",
      "Rep-batch: 89 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 15516\n",
      "Rep-batch: 89 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 18411\n",
      "Rep-batch: 89 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 20317\n",
      "Rep-batch: 89 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 17143\n",
      "Rep-batch: 89 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 16750\n",
      "Rep-batch: 89 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 15985\n",
      "Rep-batch: 89 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 17447\n",
      "Rep-batch: 89 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 15340\n",
      "Rep-batch: 89 Cultue: F Treatment F Concentration 4 Num PDO cells: 0 Num Fibs cells: 18537\n",
      "Rep-batch: 89 Cultue: F Treatment AH Concentration 0 Num PDO cells: 0 Num Fibs cells: 17066\n",
      "Rep-batch: 89 Cultue: F Treatment C Concentration 2 Num PDO cells: 0 Num Fibs cells: 18526\n",
      "Rep-batch: 89 Cultue: F Treatment SF Concentration 3 Num PDO cells: 0 Num Fibs cells: 17534\n",
      "Rep-batch: 89 Cultue: F Treatment CS Concentration 3 Num PDO cells: 0 Num Fibs cells: 15271\n",
      "Rep-batch: 89 Cultue: F Treatment CF Concentration 3 Num PDO cells: 0 Num Fibs cells: 16881\n",
      "Rep-batch: 89 Cultue: F Treatment CSF Concentration 4 Num PDO cells: 0 Num Fibs cells: 16507\n"
     ]
    }
   ],
   "source": [
    "train_experiments = []\n",
    "test_experiments = []\n",
    "val_experiments = []\n",
    "for i in range(len(replica_batches)):\n",
    "    batch = []\n",
    "    for r in replica_batches[i].keys():\n",
    "        e = new_filter_experiment(replica_batches[i][r], replicate_num=i)\n",
    "        if e is not None:\n",
    "            control_list = list(set(e.keys()).intersection(control_set))\n",
    "            if len(control_list) == 0:\n",
    "                print(\"nan\")\n",
    "                continue\n",
    "            # get_culture_and_cell_type(e, control_list)\n",
    "            batch.append(e)\n",
    "    if len(batch) <= 1:\n",
    "        print(len(batch), \"replicas left\")\n",
    "    pop_id = np.random.choice(len(batch))\n",
    "    if i in val_ids:\n",
    "        val_experiments.append(batch.pop(pop_id))\n",
    "    if i in test_ids:\n",
    "        test_experiments.append(batch.pop(pop_id))\n",
    "    train_experiments.extend(batch)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 42,
   "metadata": {},
   "outputs": [],
   "source": [
    "import pickle\n",
    "\n",
    "with open(\n",
    "    \"data_splits_patients.pickle\", \"wb\"\n",
    ") as handle:\n",
    "    pickle.dump(\n",
    "        {\"train\": train_experiments, \"val\": val_experiments, \"test\": test_experiments},\n",
    "        handle,\n",
    "        protocol=pickle.HIGHEST_PROTOCOL,\n",
    "    )"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 43,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "{'O': {'2': {'PDO': {'PDOs': array([   0,    1,    2, ..., 9182, 9183, 9184]),\n",
       "    'Fibs': None}},\n",
       "  '3': {'PDO': {'PDOs': array([24986, 24987, 24988, ..., 32993, 32994, 32995]),\n",
       "    'Fibs': None}},\n",
       "  '1': {'PDO': {'PDOs': array([167170, 167171, 167172, ..., 175671, 175672, 175673]),\n",
       "    'Fibs': None}}},\n",
       " 'H2O': {'0': {'PDO': {'PDOs': array([2131036, 2131037, 2131038, ..., 2139513, 2139514, 2139515]),\n",
       "    'Fibs': None}}}}"
      ]
     },
     "execution_count": 43,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "with open(\n",
    "    \"data_splits_patients.pickle\",\n",
    "    \"rb\",\n",
    ") as handle:\n",
    "    data_splits = pickle.load(handle)\n",
    "\n",
    "data_splits[\"train\"][0]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 44,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Index(['pHH3', 'RFP', 'mCHERRY', 'Vimentin', 'EpCAM', 'CK18', 'Pan_CK', 'GFP',\n",
      "       'IdU', 'pPDK1', 'cCaspase_3', 'Geminin', 'pMEK1_2', 'pNDRG',\n",
      "       'pMKK4_SEK1', 'pBTK', 'pSRC', 'p4EBP1', 'pRB', 'pAKT308', 'pCREB',\n",
      "       'pSMAD1_5_9', 'pAKT473', 'pNF_kB', 'pMKK3_MKK6', 'pP38', 'pMAPKAPK',\n",
      "       'pAMPKa', 'pBAD', 'pHistone_H2A', 'p90RSK', 'pP120_catenin',\n",
      "       'Beta_catenin_active', 'pGSK', 'pERK1_2', 'pSMAD2_3', 'PLK', 'CHGA',\n",
      "       'pDNAPK', 'pS6', 'CD90', 'cPARP', 'pCHK1', 'Cyclin_B1', 'Date',\n",
      "       'Patient', 'Culture', 'Treatment', 'Concentration', 'Replicate',\n",
      "       'Cell_type', 'pPKCa', 'Plate', 'Batch'],\n",
      "      dtype='object')\n",
      "54\n",
      "['pHH3', 'RFP', 'mCHERRY', 'Vimentin', 'EpCAM', 'CK18', 'Pan_CK', 'GFP', 'IdU', 'pPDK1', 'cCaspase_3', 'Geminin', 'pMEK1_2', 'pNDRG', 'pMKK4_SEK1', 'pBTK', 'pSRC', 'p4EBP1', 'pRB', 'pAKT308', 'pCREB', 'pSMAD1_5_9', 'pAKT473', 'pNF_kB', 'pMKK3_MKK6', 'pP38', 'pMAPKAPK', 'pAMPKa', 'pBAD', 'pHistone_H2A', 'p90RSK', 'pP120_catenin', 'Beta_catenin_active', 'pGSK', 'pERK1_2', 'pSMAD2_3', 'PLK', 'CHGA', 'pDNAPK', 'pS6', 'CD90', 'cPARP', 'pCHK1', 'Cyclin_B1']\n",
      "44\n"
     ]
    }
   ],
   "source": [
    "features = df.columns\n",
    "conditions = [\n",
    "    \"Date\",\n",
    "    \"Patient\",\n",
    "    \"Culture\",\n",
    "    \"Treatment\",\n",
    "    \"Concentration\",\n",
    "    \"Replicate\",\n",
    "    \"Cell_type\",\n",
    "    \"Plate\",\n",
    "    \"Batch\",\n",
    "]\n",
    "print(features)\n",
    "print(len(features))\n",
    "\n",
    "marker_cols = []\n",
    "for f in features:\n",
    "    if f in conditions:\n",
    "        continue\n",
    "    if f == \"pPKCa\":  # drop b/c nans\n",
    "        continue\n",
    "    marker_cols.append(f)\n",
    "\n",
    "print(marker_cols)\n",
    "print(len(marker_cols))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 45,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[[1.44484627e+00 0.00000000e+00 0.00000000e+00 ... 1.88296829e+02\n",
      "  5.28126373e+01 3.61664200e+01]\n",
      " [5.78394270e+00 5.62137887e-02 4.34517384e-01 ... 4.31224785e+01\n",
      "  1.56797457e+01 7.03363113e+01]\n",
      " [1.16529655e+00 2.31236172e+00 3.57033521e-01 ... 2.92459686e+02\n",
      "  3.91039886e+01 6.69027939e+01]\n",
      " ...\n",
      " [0.00000000e+00 2.51099691e-02 5.98175240e+00 ... 5.24205065e+00\n",
      "  3.31141586e+01 1.12272156e+02]\n",
      " [1.07582264e+01 0.00000000e+00 7.71155024e+00 ... 2.03852253e+01\n",
      "  4.51682167e+01 9.40149918e+01]\n",
      " [0.00000000e+00 0.00000000e+00 0.00000000e+00 ... 1.98212814e+00\n",
      "  9.82693672e+00 3.13391228e+01]]\n"
     ]
    }
   ],
   "source": [
    "data_to_norm = np.array(df[marker_cols].values)\n",
    "print(data_to_norm)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 46,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "234\n",
      "24756030\n",
      "0.0 786297.5\n",
      "17851374.77755043\n"
     ]
    }
   ],
   "source": [
    "print(len(data_splits[\"train\"]))\n",
    "print(len(data_to_norm))\n",
    "print(np.min(data_to_norm), np.max(data_to_norm))\n",
    "print(np.linalg.norm(data_to_norm))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 49,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "train num_idcs: 21600062 norm of data: 32366.441490521018 -3.7555853194921287 8.629387836071253\n",
      "val num_idcs: 668137 norm of data: 6136.675642876171 -3.7555853194921287 7.326092336548472\n",
      "test num_idcs: 531489 norm of data: 5108.36268584336 -3.7555853194921287 8.519256788712948\n"
     ]
    }
   ],
   "source": [
    "data_norm = deepcopy(data_to_norm)\n",
    "\n",
    "for split in data_splits:\n",
    "    idcs_split = []\n",
    "    for s in data_splits[split]:\n",
    "        treat = list(s.keys())\n",
    "        for t in treat:\n",
    "            conc = list(s[t].keys())\n",
    "            for c in conc:\n",
    "                cultures = list(s[t][c].keys())\n",
    "                for culture in cultures:\n",
    "                    cell_types = list(s[t][c][culture].keys())\n",
    "                    # print(t, c, culture)\n",
    "                    for cell_type in cell_types:\n",
    "                        # print(cell_type)\n",
    "                        if s[t][c][culture][cell_type] is not None:\n",
    "                            # print(len(s[t][c][culture][cell_type]))\n",
    "                            idcs_split.append(s[t][c][culture][cell_type])\n",
    "    # print(idcs_split)\n",
    "    idcs = np.concatenate(idcs_split)\n",
    "    if split == \"train\":  # should be the first split so this should be fine\n",
    "        data_norm[idcs], mean_train, std_train = normalize_raw_data(\n",
    "            data_to_norm[idcs], split\n",
    "        )\n",
    "    else:\n",
    "        data_norm[idcs] = normalize_raw_data(\n",
    "            data_to_norm[idcs], split, mean=mean_train, std=std_train\n",
    "        )\n",
    "    print(\n",
    "        split,\n",
    "        \"num_idcs:\",\n",
    "        len(idcs),\n",
    "        \"norm of data:\",\n",
    "        np.linalg.norm(data_norm[idcs]),\n",
    "        np.min(data_norm[idcs]),\n",
    "        np.max(data_norm[idcs]),\n",
    "    )"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 50,
   "metadata": {},
   "outputs": [],
   "source": [
    "np.save(\"trellis_patients_normalized.npy\", data_norm)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
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