| Web | https://gwct.github.io |
| github | https://github.com/gwct |
| Web | https://gwct.github.io |
| github | https://github.com/gwct |
@photocyte @timsackton
Specifically:
python degenotate.py -a [annotation file] -g [genome fasta file] -la [output file for amino acid sequences] -o [output directory]
would do exactly what you described!
@photocyte Our tool (w/ @timsackton), degenotate, may do what you need. It can extract sequences and limit output to longest isoform. If you have other criteria youβd like to output by, let us know with an issue on the repo!
Holiday #preprint from us!
https://www.biorxiv.org/content/10.1101/2022.12.23.521765v1
Have you ever wanted to test for accelerated substitution rates while accounting for #phylogenetic discordance? #PhyloAcc-GT can do that! Great to work with Han Yan, Zhirui Hu, Scott Edwards, @timsackton, and Jun Liu!
More about the software can be found here: https://phyloacc.github.io
In the Molecular Ecologist: Four science books for 2022 https://www.molecularecologist.com/2022/11/28/four-science-books-2022-tree-thieves-geology-haldane-animal-senses/
#books #evolution #genetics #conservation #forest #geology #MolecularEcologist
Our new software is out!
"Here, we present a new software package (CAGEE) for inferring patterns of increases and decreases in gene expression across a phylogenetic tree, as well as the rate at which these changes occur. In contrast to previous methods that treat each gene independently, CAGEE can calculate genome-wide rates of gene expression, along with ancestral states for each gene."