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training:dudijon:galaxy [2021/12/14 18:20]
slegras [5 Running a tool]
training:dudijon:galaxy [2021/12/14 18:37]
slegras [Introduction to Galaxy]
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 ^ Instructor ^ Stephanie Le Gras ^ ^ Instructor ^ Stephanie Le Gras ^
 ^ Duration | 3.5 hours | ^ Duration | 3.5 hours |
-^ Content | {{:​training:​dudijon:​introgalaxy_2020_compressed.pdf|Description of the key features of Galaxy (Lecture)}} |+^ Content | {{:​training:​dudijon:​introgalaxy_2021_compressed.pdf|Description of the key features of Galaxy (Lecture)}} |
 ^ ::: | Practical session on basic features of Galaxy (Hands-on) | ^ ::: | Practical session on basic features of Galaxy (Hands-on) |
 ^ Prerequisites | None | ^ Prerequisites | None |
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-==== - Import data into Galaxy ==== +==== - Import files from your computer to Galaxy ​====
-=== - Import files from your computer to Galaxy ===+
  
   - Download the file “**sample.bed.gz**” following this [[https://​seafile.igbmc.fr/​d/​345d7581237d4295bf2c/​|link]] ​ and upload it to Galaxy.   - Download the file “**sample.bed.gz**” following this [[https://​seafile.igbmc.fr/​d/​345d7581237d4295bf2c/​|link]] ​ and upload it to Galaxy.
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   - Download the two files **CRN-107_11-R1.fastq.gz** and **CRN-107_11-R2.fastq.gz** following this [[https://​seafile.igbmc.fr/​d/​345d7581237d4295bf2c/​|link]].   - Download the two files **CRN-107_11-R1.fastq.gz** and **CRN-107_11-R2.fastq.gz** following this [[https://​seafile.igbmc.fr/​d/​345d7581237d4295bf2c/​|link]].
   - Import them to your history called “DNA-seq data analysis”   - Import them to your history called “DNA-seq data analysis”
- +    ​* The genome is: Human (hg19) 
-  ​* The genome is: Human (hg19) +    * The format: <auto detect>
-  * The format: <auto detect>+
  
 ++++ Answer | ++++ Answer |
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     - Limit analysis to regions in this BED dataset: CaptureDesign_chr4.bed     - Limit analysis to regions in this BED dataset: CaptureDesign_chr4.bed
   - __SnpEff__ Variant effect and annotation   - __SnpEff__ Variant effect and annotation
-    - Sequence changes (SNPs, MNPs, InDels): **output of GATK Haplotype Caller ​(VCF)**+    - Sequence changes (SNPs, MNPs, InDels): **output of FreeBayes ​(VCF)**
     - Input format: VCF     - Input format: VCF
     - Output format: VCF (only if input is VCF)     - Output format: VCF (only if input is VCF)
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 === - Rename the workflow "​DNA-seq data analysis"​ === === - Rename the workflow "​DNA-seq data analysis"​ ===
 ++++ Answer | ++++ Answer |
-{{:​training:​dudijon:​04-manageworkflow.png?|}}+{{:​training:​dudijon:​05-editorrunworklow.png?|}}
  
-Now your can edit or run the workflow: 
- 
-{{:​training:​dudijon:​05-editorrunworklow.png?​|}} 
 ++++ ++++
  
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   - __Samtools flagstat__ to compute mapping statistics (after BWA mem)   - __Samtools flagstat__ to compute mapping statistics (after BWA mem)
-  - __Filter__ ​to select aligned reads with a mapping quality >= 20 (after MarkDuplicates)+  - __Filter SAM or BAM, output SAM or BAM__ to select aligned reads with a mapping quality >= 20 (after MarkDuplicates)
   - __Samtools flagstat__ to compute mapping statistics after removing reads with low mapping qualities (after Filter)   - __Samtools flagstat__ to compute mapping statistics after removing reads with low mapping qualities (after Filter)
  
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   - __Flagstat__ tabulate descriptive stats for BAM dataset   - __Flagstat__ tabulate descriptive stats for BAM dataset
     - BAM File to Convert: **output of BWA mem**     - BAM File to Convert: **output of BWA mem**
-  - __Filter__ ​BAM datasets ​on a variety of attributes +  - __Filter SAM or BAM, output SAM or BAM__ files on FLAG MAPQ RG LN or by region 
-    - BAM dataset(s) ​to filter: **output of Picard MarkDuplicates** +    - SAM or BAM file to filter: **output of Picard MarkDuplicates** 
-    - Select BAM property to filter on: mapQuality +    - Minimum MAPQ quality ​score: **20**
-      - Filter on read mapping ​quality ​(phred scale): **>=20** (this exact expression, including ">​="​!)+
   - __Flagstat__ tabulate descriptive stats for BAM dataset   - __Flagstat__ tabulate descriptive stats for BAM dataset
     - BAM File to Convert: **output of Filter**     - BAM File to Convert: **output of Filter**
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 ++++ Answer | ++++ Answer |
-561598 - 531417 ​30181+561598 - 530355 ​31243
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