Very happy to share our recent work "The neutral rate of whole-genome duplication varies among yeast species and their hybrids". @landrychristian @mathieu_henault Guillaume Charron @afijarczyk
See the story now published @NatureComms
https://t.co/9k5PqHMHQB
It’s been great working with @J_Pena412 on Footprints of human migration in the population structure of wild wine yeast! https://t.co/ppuj7ErACw .. A quick summary 🧵:
#evolution2024 postdoc position alert!
I am recruiting a postdoc to work on evolutionary genomics of yeast opportunistic pathogens.
I am open for experimental, computational, or mixed profiles. RT or get in touch
https://t.co/qteTrT9r9O
After the species-wide transcriptomes, the quantitative proteomes of the 1,011-yeast collection with an interesting story on aneuploidy tolerance. Great work by @JuliaMuenzner, @ptrebulle, @RalserLab and @judithberman11, and happy to have contributed to
https://t.co/k3vK4OausL
Excited to finally see our paper on the yeast pan-transcriptome in @NatureGenet. Insight from 1,032 yeast transcriptomes emphasizes the essential contribution of accessory genes to transcriptional patterns at a species level.
@ERC_Research@InstUnivFr
https://t.co/zw8C7CTCBY
Population-wide transcriptomes and proteomes reveal distinct genetic control of gene expression. Great work by Elie Teyssonniere and collaboration with @RalserLab, @JuliaMuenzner, @ptrebulle. And much more to come on both levels of expression very soon…
https://t.co/eCI6dRxnov
I am thrilled to present you the last work of @ideguidi:
How H2S production by yeast during alcoholic fermentation has been changed by the use of copper for vine downy mildew management, and enhanced by the use of SO2 in wine making: https://t.co/L1vzdIUCTt
🌳😍 What's the limit between lineages to delimt two sp? We're very happy 2 share w/you our pre-print using an integrative approach to describe a new Saccharomyces sp from Chiloé 🇨🇱. Work by the brilliant PhD student @Tomas__P Open to discuss! @ibiochile
https://t.co/YGH4QNQQPg
A decade or two ago we could only dream of having genomes for all species of a major branch of the tree of life. Thanks to the Y1000+ Project, the dream is now reality! Kudos to @HittingerLab @DOpulente @Lab_LaBella@MarizethGroene1 & the whole TEAM https://t.co/LdjEQy2BXH
Using AI on >1K yeast genomic, metabolic & ecological data, @MarieClaireHar2 predicted yeast diets from their genomes or from the rest of their diets! With help from Emily Ubbelohde (@HittingerLab), they discovered an alternative galactose pathway https://t.co/728ekTe5BU
I had so much fun writting this piece on fungal HGT w/ @RokasLab@HittingerLab! We discuss distribution and frequencies of HGT in #fungi within an ecological context, and use fungi as examples to address fundamental questions concerning #HGT in eukaryotes
https://t.co/p5yJmjXodb
I am really happy to see this paper out in FEMS Yeast Research. In addition, it has been a real pleasure to work with Irene for the past years.
https://t.co/VQVHyBQ1Ti
Je donnerai mardi une conférence à Gif sur Yvette sur l'ARN et l'origine de la vie ! En préparant cette conférence j'ai appris qui avait découvert l'ARN...sans le savoir.
#paper "Origin of fungal hybrids with pathogenic potential from warm seawater environments" just published in @NatureComms
Follow us in our journey to find the origin of pathogenic Candida orthopsilosis hybrids!
👇
https://t.co/FJLoVkq2CY