| https://twitter.com/Lucie_Virevolte |
| https://twitter.com/Lucie_Virevolte |
Thrilled🥳 to have our latest work, led by awesome PhDstudent @Alexandre_Lgrnd
out @biorxiv
preprint!🎆
We looked for anti-#HIV effectors of #IFN #immune response… and we found #SAMD9L & its key active site, also implicated in #genetic #diseases!
A (long) 🧵 here : https://twitter.com/Lucie_Virevolte/status/1616345945225969664?s=20&t=iRO0DCWe7mPViB5Tmilp2g
The preprint here:
https://www.biorxiv.org/content/10.1101/2023.01.19.524725v1
“Thrilled🥳 to have our latest work, led by awesome PhDstudent @Alexandre_Lgrnd out @biorxiv preprint!🎆 We looked for anti-#HIV effectors of #IFN #immune response… and we found #SAMD9L & its key active site, also implicated in #genetic #diseases! A 🧵 1/ https://t.co/v1vjzKNyJL”
Very glad to see this work published in @[email protected] today! 🥳
Thanks to all the team, and to our constructive reviewers during this process!
https://www.nature.com/articles/s41559-022-01956-z
New preprint!
We reconstructed the genomes of 624 (!) ancestral vertebrates, plants, fungi and protists!
And they’re all available - you’re welcome! :D
A thread 🧵 on a project that has been long in the making...! (1/n)
https://www.biorxiv.org/content/10.1101/2022.02.17.480882v1
🐦🔗: https://twitter.com/CamLBerthelot/status/1495767738496823308
Using an algorithm for ancestral genome reconstruction, the authors present 624 ancestral genomes for vertebrates, plants, fungi, metazoans and protists and reconstruct the chromosomal rearrangement history of all major vertebrate clades.
Sharing this in case it's useful: I find that students often have a hard time conceptualizing quantitative parameters in genomics and popgen.
Here is a draft version of a cheat-sheet that I put together for my winter-quarter human genetics class. It's also part of a book that I am slowly writing on human popgen.
Corrections and other comments very welcome