Thea F. Rogers

@theafrogers.bsky.social

Genomics, gene regulation, evolution of biodiversity (novel traits/sexual dimorphism). Postdoc in the Simakov Lab at The University of Vienna 🧬🦑🐙

Why are octopuses, squid & cuttlefish so smart? 🐙 New study from the University of Vienna: it’s not just the genes, but how the genome folds in 3D. An ancient reorganisation brought distant #DNA regions together and rewired gene regulation. 🧬#Genomics Out now in @natcomms.nature.com ⤵️

3D structure of DNA may explain how cephalopods evolved complex brains

Study suggests that the 3D "entanglement" of DNA may help drive evolutionary innovation

univie.ac.at

Very excited to see our work finally out in GBE. We explored the evolution of a sex-linked supergene finding evidence that recombination suppression may have led to relaxation of selection, suggesting that whilst adaptive, supergenes may bear molecular costs. doi.org/10.1093/gbe/...

Molecular Evolution of a Sex-Linked Inversion Polymorphism in Zebra Finches

Abstract. Recent years have seen an explosion in examples of supergenes, where recombination is suppressed between haplotypes, often via inversion polymorp

doi.org

It was so so fun to have @evodevogenomeub.bsky.social visiting!! 😄 Thanks so much for the fascinating talk and interesting discussions! 🧬

EvodevogenomeUB- Cañestro’s lab@evodevogenomeub.bsky.social · 5mo ago

I’ve enjoyed very much sharing our latest results on oikopleura population genomics in an invited seminar by @theafrogers.bsky.social from Oleg Simakov lab @univie.ac.at, enjoying interesting discussions about their 🐙 projects, and meeting with @ulrichtechnau.bsky.social Davin, Roger🤩… Thanks!

A bunch of inspiring talks this morning! Chromatin loops (identified with Micro-C) in cephalopods; odorant receptors in slave ants; chromosome inversions in a beetle, the genetics of critically endangered bellinger river turtle +the importance of MHC; genetic load in the helmet honeyeater #eseb2025

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