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get_jgi_genomes
A quick and easy way to download the genomes/predicted proteins of taxa available in JGI's Genome Portal.jsPhyloSVG
genomics_adventure
Workshop on Genomics - Genomics Adventuretaxdump_edit
đą âĄī¸ đŗ Add new taxa or taxonomic groups to the NCBI Taxdump filesorthomcl_tools
A couple of tools I find indispensable for post orthomcl down-stream analysis.gene_prediction_pipeline
Gene Prediction using MAKER, CEGMA, SNAP, GENEMARK & AUGUSTUSsagawe
âĒ âĄī¸ đ âšī¸ A suggested workflow, and accompanying scripts, to assemble Single Amplified Genomes (SAGs) from MDA derived Hi/MiSeq (Overlapped) Paired-End Illumina Libraries.refgen
A time-saving tool to change the 'defline' of FASTA files for a range of phylogenetic programs e.g. ClustalX, MrBayes, PhyMLget_ensembl_genomes
A quick and easy way to download the genomes/predicted proteins of taxa available from ENSEMBL Genomesorthagogue
Automatically exported from code.google.com/p/orthagoguerandom_scripts
A collection of random scripts I have made over the years, barely any documentation though. Enjoy, be careful!fdfBLAST
evomics_2017
Creating the AMI for the evomics.org Workshopsgenome_crossovers
Which genomes are where in the big DBs?blastocladiella
The genome of Blastocladiella emersoniievomics_2019
Creating the Virtual Machine (AMI) for the evomics.org Workshopstreenamer
Reddit-Perl-API
A simple Perl API to query Redditmarine_fungi
Accompanying files for Identification of 71 marine fungal lineages using diversity tag sequencing 2015, In prep.taxa_autocorrect
A tool to 'automagically' italicise taxon names, compiled from 839 taxa sampled from NCBI, DOE JGI and BROAD. Currently MS Word onlyeasyRAx
The script aims to make execution of RAxML a little easier by use of simple command-line menus and some user input.orchard
đą đ âĄī¸ đą âĄī¸ đ´ đ˛ đŗ - A quick phylogenetic tree building pipeline!hgt_oomycetes
Horizontal gene transfer (HGT) or lateral gene transfer (LGT) involves the transmission of genetic material between distinct evolutionary lineages and can be an important source of biological innovation. For instance, the acquisition of foreign genes can allow recipient organisms to adapt to new lifestyles or to exploit a novel ecological niche, such as a host environment. HGT has long been recognised as an important factor contributing to the evolution of prokaryotic lineages especially in connection to the evolution of pathogencity [1,2]. However, it is becoming increasingly apparent that HGT has also played a role in the evolution of pathogenic traits in eukaryotes [3,4]. Here, we consider how HGT has contributed to genome evolution in the oomycetes.Love Open Source and this site? Check out how you can help us