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saramonzon committed Apr 25, 2024
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## Viralrecon
# Viralrecon

Here we describe the results from the Viralrecon pipeline for viral genome reconstruction.

> [!WARNING]
> Some of the files listed here may not be in your `RESULTS` folder. It will depend on the analysis you requested.
### Mapping approach results
## Mapping approach results

* mapping_illumina.xlsx: statistics for mapped reads against viral and host genomes.
- run: Run name
- user: User name
- host: Host name
- Virussequence: Reference virus used
- sample: Sample name
- totalreads: Total reads after trimming
- readshostR1: Total reads of host genome in R1
- readshost: Total reads of host genome in R1 and R2
- %readshost: Percentage of reads that correspond to the host genome
- readsvirus: Number of reference viral genome reads
- %readsvirus: Percentage of reference viral genome reads
- unmappedreads: number of reads that did not correspond to viral reference or host genome.
- %unmapedreads: Percentage of reads that did not correspond to viral reference or host genome.
- medianDPcoveragevirus: Median depth of coverage of the reference viral genome
- Coverage>10x(%): Percentage of viral reference genome coverage to more than 10X
- Variantsinconsensusx10: Number of variants included in the consensus after filtering: more than 10X and 0.75 AF
- %Ns10x: Percentage of consesus genome masked due to having less than 10X depth
- Lineage: Pangolin assigned lineage. *Warning: Only for SARS-CoV-2 sequencing data*
- Date: Analysis date. *Warning: Only for SARS-CoV-2 sequencing data*
* run: Run name
* user: User name
* host: Host name
* Virussequence: Reference virus used
* sample: Sample name
* totalreads: Total reads after trimming
* readshostR1: Total reads of host genome in R1
* readshost: Total reads of host genome in R1 and R2
* %readshost: Percentage of reads that correspond to the host genome
* readsvirus: Number of reference viral genome reads
* %readsvirus: Percentage of reference viral genome reads
* unmappedreads: number of reads that did not correspond to viral reference or host genome.
* %unmapedreads: Percentage of reads that did not correspond to viral reference or host genome.
* medianDPcoveragevirus: Median depth of coverage of the reference viral genome
* Coverage>10x(%): Percentage of viral reference genome coverage to more than 10X
* Variantsinconsensusx10: Number of variants included in the consensus after filtering: more than 10X and 0.75 AF
* %Ns10x: Percentage of consesus genome masked due to having less than 10X depth
* Lineage: Pangolin assigned lineage. *Warning: Only for SARS-CoV-2 sequencing data*
* Date: Analysis date. *Warning: Only for SARS-CoV-2 sequencing data*
* mapping_consensus: this folder contains the masked (<10x) genomes obtained with consensus sequences using mapping and majority variant calling
* variants_annot: table with all annotated variants. *Warning: Only when annotation .gff file was provided*
* variants_long_table.xlsx: Table with variants for all the samples in long format. *Warning: Only when annotation .gff file was provided*
- SAMPLE: sample name
- CHROM: Reference ID
- POS: Position of the variant
- REF: Ref allele
- ALT: Alt allele
- FILTER: Column indicating if the variant passed the filters. If PASS the variant passed all the filters. If not, the name of the filter that wasn't passed will appear
- DP: Position depth
- REF_DP: Ref allele depth
- ALT_DP: Alt allele depth
- AF: Allele frequency
- GENE: Gene name in annotation file​
- EFFECT: Effect of the variant
- HGVS_C: Position annotation at CDS level
- HGVS_P: Position annotation at protein level
- HGVS_P_1LETTER: Position annotation at protein level with the aminoacid annotation in 1 letter format
- Caller: Variant caller used
* SAMPLE: sample name
* CHROM: Reference ID
* POS: Position of the variant
* REF: Ref allele
* ALT: Alt allele
* FILTER: Column indicating if the variant passed the filters. If PASS the variant passed all the filters. If not, the name of the filter that wasn't passed will appear
* DP: Position depth
* REF_DP: Ref allele depth
* ALT_DP: Alt allele depth
* AF: Allele frequency
* GENE: Gene name in annotation file​
* EFFECT: Effect of the variant
* HGVS_C: Position annotation at CDS level
* HGVS_P: Position annotation at protein level
* HGVS_P_1LETTER: Position annotation at protein level with the aminoacid annotation in 1 letter format
* Caller: Variant caller used
* pangolin.xlsx: Pangolin complete results *Warning: Only for SARS-CoV-2 sequencing data*
* nextclade.xlsx: Results from Nextclade *Warning: Only for SARS-CoV-2 sequencing data*

### *de novo* assembly approach results
## *de novo* assembly approach results

* assembly_stats.xlsx: Stats of the *de novo* assembly steps. This table contains the following columns:
- run: Run name
- user: User name
- host: Host name
- Virussequence: Reference virus used
- sample: Sample name
- totalreads: Total reads after trimming
- readshostR1: Total reads of host genome in R1
- readshost: Total reads of host genome in R1 and R2
- %readshost: Percentage of reads that correspond to the host genome
- Non-host-reedas: Number of reads remaining after host removal
- \#Contigs: Number of contigs in the assembly
- Largest contig: Size in nucleotides of the larges contig in the assembly
- % Genome fraction: Percentage of the reference genome covered by the assembly. *Warning: Only when reference genome was provided*
* run: Run name
* user: User name
* host: Host name
* Virussequence: Reference virus used
* sample: Sample name
* totalreads: Total reads after trimming
* readshostR1: Total reads of host genome in R1
* readshost: Total reads of host genome in R1 and R2
* %readshost: Percentage of reads that correspond to the host genome
* Non-host-reedas: Number of reads remaining after host removal
* \#Contigs: Number of contigs in the assembly
* Largest contig: Size in nucleotides of the larges contig in the assembly
* % Genome fraction: Percentage of the reference genome covered by the assembly. *Warning: Only when reference genome was provided*
* assembly_spades: Scaffolds fasta files with the spades de novo assembly. *Warning: Only when NO reference genome was provided, or reference genome didn't match*
* abacas_assembly: spades de novo assembly where contigs were contiguated using ABACAS and the reference genome. *Warning: Only when reference genome was provided*

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