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Add microGalaxy tag to tnseq tutorial #4798

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1 change: 1 addition & 0 deletions topics/genome-annotation/tutorials/tnseq/tutorial.md
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- bacteria
- tnseq
- essential genes
- microgalaxy
questions:
- "What is Transposon insertion Sequencing?"
- "How to get TA sites Coverage ? "
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## Transit
Transit is a software that can be used to analyse TnSeq Data. It is compatible with Mariner and Tn5 transposon. In total, 3 methods are available to assess gene essentiality in one sample.

#### Gumbel method

Check failure on line 597 in topics/genome-annotation/tutorials/tnseq/tutorial.md

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[rdjsonl] reported by reviewdog 🐶 You have skipped a heading level, please correct this. <details><summary>Listing of Heading Levels</summary> ``` ## Transposon insertion Sequencing ## Building a TnSeq library ## Tnseq analysis # Data upload # Remove all non genomic sequences from the sequenced reads ## Separate reads by experimental conditions ## Remove Adapter sequence ## Separate reads from different transposon constructs ## Remove the remaining transposon sequence # Count the number of insertion per TA sites ## Align the reads to a reference genome ## Compute coverage of the genome ## Identify TA sites positions ## Merge overall coverage and positions of TA sites to get the coverage of each TA sites # Predicting Essential Genes with Transit ## Transit #### Gumbel method #### HMM method #### Tn5Gaps method ## Predict the essentiality of genes ## Compare the essential genes between two conditions # Conclusion ``` </details> Raw Output: {"message":"You have skipped a heading level, please correct this.\n<details><summary>Listing of Heading Levels</summary>\n\n```\n## Transposon insertion Sequencing\n## Building a TnSeq library\n## Tnseq analysis\n# Data upload\n# Remove all non genomic sequences from the sequenced reads\n## Separate reads by experimental conditions\n## Remove Adapter sequence\n## Separate reads from different transposon constructs\n## Remove the remaining transposon sequence\n# Count the number of insertion per TA sites\n## Align the reads to a reference genome\n## Compute coverage of the genome\n## Identify TA sites positions\n## Merge overall coverage and positions of TA sites to get the coverage of each TA sites\n# Predicting Essential Genes with Transit\n## Transit\n#### Gumbel method\n#### HMM method\n#### Tn5Gaps method\n## Predict the essentiality of genes\n## Compare the essential genes between two conditions\n# Conclusion\n```\n</details>","location":{"path":"./topics/genome-annotation/tutorials/tnseq/tutorial.md","range":{"start":{"line":597,"column":1},"end":{"line":597,"column":5}}},"severity":"ERROR","code":{"value":"GTN:028","url":"https://github.com/galaxyproject/training-material/wiki/Error-Codes#gtn028"},"suggestions":[{"text":"###","range":{"start":{"line":597,"column":1},"end":{"line":597,"column":5}}}]}

The Gumbel method performs a gene by gene analysis of essentiality for Mariner data based on the longest consecutive sequence of TA site without insertions in a gene. This allows to identify essential domains regardless of insertion at other location of the gene.

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