Two new postdoc positions in Computational/Statistical Genomics and Statistical Population Genetics, respectively, at the University of Copenhagen: https://t.co/PINyLVxMOL https://t.co/kjTBzfbR0l . Please help us advertise.
Just see how Bangladeshi Police and military are beating Hindus in Bangladesh...
Naked display of Hindu genocide by "Nobel Peace Prize winner" Md Yunus and the world is silent. 😡😡
FYI: I will present at #evol2024 on an approach for constructing supertrees from collections of phylogenetically restricted trees through the integration of the temporal dimension. July 30, 9:30 AM, room 520E. https://t.co/LPJD9SakHo
Excited to share our latest paper on optimizing genetic distance thresholds for inferring HIV-1 transmission networks. Our heuristic scoring approach adapts to diverse epidemics with an aim of improving identification of clusters & aiding public health interventions.
The Gout lab at Mississippi State is hiring a PhD student and postdoc to work on NIH funded projects on transcription fidelity and mitochondrial mutation rates. Find Jeff at today's poster session at #SMBE2034 or contact [email protected] https://t.co/p3RuEtkhNZ
Published today! We found that cancer cells adapting to drug treatments don't simply switch from a sensitive to resistant state; instead there's a ‘resistance continuum’ of resistant phenotypes with epigenetically reprogrammed states. 🧵⬇️
https://t.co/Jgx79K3i3a @Gustavo_SFranca
Journal of Statistical Research (https://t.co/BHcAkffsTn) will publish a special issue on "Longitudinal data analysis and related topics." Dr. Kalyan Das, a former professor of IIT Bombay, will be the guest editor for the issue.
Call for papers: https://t.co/volaZgh5kk
Predicting the effects of missense variants is a central problem in human genome interpretation. We are thrilled to share our preprint on using cross-protein transfer (CPT) learning to improve zero-shot prediction of disease variant effects:
https://t.co/Q4JLkLwNh8
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In this new paper, @ssharma_igem, Sudhir Kumar, and I present a new method for divergence time estimation that combines LBS, ML, and RelTime approaches for jointly inferring evolutionary relationships and div. times, incorporating phylogeny uncertainty. https://t.co/eekP6eKaEL