✨Thrilled to share that the first chapter of my Ph.D. thesis is NOW OUT in Science Advances! ✨🥳🎉 🧬. This couldn't have been possible without the support of everyone involved @genscapelab.bsky.social, @nirajrai.bsky.social, ‪@cdelafc.bsky.social‬, @jaurban2204.bsky.social, @mootspoints.bsky.social

Come and check @eshabandyopadhyay.bsky.social super cool project now live in Science Advances! Glad to have contributed a bit into this fun project!

🚨 New paper klaxon! 🚨 The History of the Panmictic Population Concept and Its Legacy in Contemporary Population Genetics Quite niche admittedly, one for the historians of evolutionary thought, and population geneticists. doi.org/10.1111/ahg....

Our newest special issue is now live! Check it out to discover more about diverse and beautiful Fungi🍄🍄‍🟫🍄 On the cover: the fly agaric, Amanita muscaria, releasing its spores in the early morning light. www.cell.com/current-biol...

@mashaals.bsky.social the youtube link is not working

Come and check out @jaurban2204.bsky.social's PhD project now live in Current Biology!!!

Thrilled to see the latest work from the lab (@genscapelab.bsky.social) out in Current Biology! Congratulations @jaurban2204.bsky.social ! 🎉 Grateful to have had the chance to contribute to this effort.

Delighted to share that one of my major PhD projects has been published today in Current Biology. In this paper, we look into the genetic population structure and demographic histories of two populations in Sri Lanka: the Sinhalese and Adivasi [1/n]. www.cell.com/current-biol...

It's finally out people ✅🗞️! Check out the final version of our work exploring factors influencing the germline mutation rate and spectra on ~10,000 WGS family trios 🧬👨‍👩‍👦! www.nature.com/articles/s41...

This was a large collaborative piece of work with the lead efforts by student @maggiesteiner.bsky.social and former postdoc Dan Rice. It's well-timed for Maggie especially as she is defending her thesis on Monday!

Excited for our publication on how the geographic scale of a sample affects the discovery of rare, deleterious variants to be out this week. With a mix of theory, simulation, and data analysis, we show when samples are narrow vs broad, the number of variants discovered and their frequencies change