Insert tutorial
- snakemake - conda
- hgtector2 - pip
- taxonkit - conda
- blast suite - conda
- mafft - conda
- proteinortho - conda
- famsa - conda
- seqkit - conda
- trimal - conda
- fasttree - conda
- FastRoot - pip
- tidyverse R package - CRAN
- phytools -CRAN
- ggtree - Bioconductor
- ggtreeExtra - Bioconductor
- Biostrings - Bioconductor
- ComplexHeatmap - Bioconductor
You can use conda to create this environment, ideally use mamba:
conda create -c conda-forge -c bioconda -n hgt snakemake
conda activate hgt
# install hgtector
conda install -c conda-forge pyyaml pandas matplotlib scikit-learn bioconda::diamond
pip install git+https://github.com/qiyunlab/HGTector.git
# install other dependencies
conda install -c bioconda mafft trimal fasttree taxonkit proteinortho famsa seqkit
# install R if you need
conda install -c conda-forge r-base
conda install -c conda-forge -c bioconda r-tidyverse r-optparse r-magic r-phytools bioconductor-ggtree bioconductor-ggtreeextra bioconductor-complexheatmap
bioconductor-biostrings
# install fastroot
python3 -m pip install FastRoot
fr=$(which FastRoot.py)
dos2unix $fr
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mask proteins and then do dataframe with protein length, %masked proportion to eventually filter downstream results
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add link to deps
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what to do if less than 2 seqs in plot_Tree?
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more elegant way to get sequences to do the tree
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add QC plots
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what to do with foldseek?
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matreex plots?
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mark HGT tree by topological rule
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get df of tree with all different properties so user can filter
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when deleting hits from the same species you may remove paralogs that are not identified by proteinortho but still may be close in the tree
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annotate domains and protein functions
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maybe one strategy would be to compute big trees in a fast way then reduce taxonomic redundancy and compute a more accurate tree
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remove fastroot dependency
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option to define "close" outgroup and compute other indexes
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identify potential donors from blast results (recurring weird taxons)
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one day 3 modalities
- --interdomain: easy mode for proka2euka lgt
- --donors: user-defined putative donors
- --reconcile: with small curated database and species tree run reconciliation