Are these diauxic shifts? A yeast species growing on glycerol, lactate, and ethanol (four replicates).

Please share: collaborative postdoc opportunity in microbial ecology and evolution IU Biology: Part of U.S. National Science Foundation Biology Integration Institute (BII) on "Genomics and Eco-evolution of Multi-Scale Symbioses (GEMS)”  GEMS Institute: tinyurl.com/4vyf6erd indiana.peopleadmin.com/postings/23270

The Purdue University campus is in bloom! 🤩🌳🌼🌸

Quantifying the evolutionary paths to endomembranes by Paul Schavemaker and Mike Lynch: doi.org/10.1101/2024.0…

A new mitochondrial dynamin pseudoenzyme is part of the MICOS complex in fungi. Great work led by Abhishek Kumar and Jonathan Friedman!

Very grateful to MearsLab for this fantastic summary of our work identifying a new mitochondrial cristae shaping protein in Current Biology. Be sure to give it a read and check out our paper if you missed it! cell.com/current-biolog…

The August issue is online now! Cover depicting emerging techniques to study the intratumoral #microbiota Articles inside on forecasting #AMR, bacterial small alarmone hydrolases, cellular complexity in evolution, PAM-flexible Cas proteins & more! cell.com/issue/S0966-84…

Our new study led by brilliant PhD student Kelsey Williamson (along with many wonderful collaborators), resolves the root of the Eukaryote Tree of Life 🌍🧬 with unmatched precision! biorxiv.org/content/10.110…

Great study by Kelsey Williamson, Andrew J. Roger (@andrewjroger.bsky.social), and others that provides the most well-supported answer to date to the question of the root of the tree of eukaryotes.

"a society that abhors illiteracy but accepts—and even at times seems to celebrate—innumeracy."

We are looking for computational biologists to join our department at Purdue!

Understanding #LECA... Guidelines to identify the gene repertoire of the Last Eukaryotic Common Ancestor, crucial for evaluating alternative hypotheses about the origin of #eukaryotes @eme_laura Andrew J. Roger (@andrewjroger.bsky.social) Jeremy Wideman +many #PLOSBiology plos.io/4g0alq4