Top Tweets for #buddingyeast
Happy Real Bread Week ! π₯ππ₯
(February 14β22, 2026)
#ElectronMicroscope #RealBreadWeek #BuddingYeast
Budding yeasts were observed using an FE-SEM equipped with a cryo system. The yeasts were dropped directly onto a sample stub, rapidly frozen with slush nitrogen without prior fixation or dehydration, then cleaved and coated with 2 nm of Pt in the preparation chamber of the cryo system. Invagination structure unique to yeast cell membranes were observed in the exposed protoplasmic fracture (PF) face. In the enlarged view, particles with a diameter of approximately 15 nm were recognized and some were observed in hexagonal arrangement.
If you want to know more about the cryo imaging, check out the following post !
Happy to be a part of this wonderful study that was spearheaded by @vineethvengayil now out in @eLife
Yet another cool metabolic trickery by the ever awesome #buddingyeast π
Final version (VOR) of our study on the role of mitochondrial Pi transport in regulating mitochondrial repression is now out in @eLife! Huge thanks to @shreyas__n, Swagata Adhikary, @sriram_varahan, and Sunil Laxman! #Mitochondria #Metabolism #glycolysis
https://t.co/VOD4b9FCTy
#Resource #BuddingYeast
Overview of the #Saccharomyces cerevisiae population structure through the lens of 3,034 genomes | bioRxiv https://t.co/AmP8S7Ocj7
π¬ "I have used multiple methods to make new yeast strains, but using Golden Gate cloning with these kits has made complex strain construction faster and more efficient."
How to design and use #MoClo in #buddingyeast
https://t.co/A3JC2Nd95A
#YeastGenetics #SynBio
If you work with #BuddingYeast strain construction, take a look at our new series that walks you through the steps of using #MoClo kits to customise and speed up the process.
β‘οΈ https://t.co/usG6w2ykOP
@DNARepliLab
Cool! Congrats Jason and Mike!
#Crm1 #Xpo1 #BuddingYeast #NPC
#Exportin-1 functions as an adaptor for #transcription factor-mediated docking of chromatin at the #nuclear #pore complex https://t.co/brSOwVDAZV
Characterization of BioID tagging systems in budding yeast and exploring the interactome of the Ccr4-Not complex. https://t.co/2CzWn01Wlq #biorxiv_molbio
Nice work! #BuddingYeast #Scerevisiae π
Species-wide quantitative transcriptomes and proteomes reveal distinct genetic control of gene expression variation in yeast | PNAS https://t.co/lUtKm3Ul9Q
GUIDE: Learn how to use Golden Gate cloning for your next #Saccharomyces cerevisiae project, with this step-by-step guide from Postdoctoral Researcher, Dr Anna Rogers:
https://t.co/aewLcJksv2
#yeastgenetics #buddingyeast
Interesting! #BuddingYeast
The response to single-#gene #duplication implicates #translation as a key vulnerability in #aneuploid #yeast | bioRxiv https://t.co/s6iel5jRxQ
Interesting!
#Transcriptome-wide #mRNA #condensation precedes #stress #granule formation and excludes stress-induced transcripts | bioRxiv
#BuddingYeast https://t.co/kAGBBqsVC5
Interesting! #Ty1 #Retroelement #BuddingYeast #Scerevisiae
Elimination of #virus-like particles reduces protein #aggregation and extends #replicative #lifespan in #Saccharomyces #cerevisiae | PNAS https://t.co/UnJhc3aS0C
super happy to share our latest work @niceyeastlab on the evolution of shared alleles across yeast species led by @nicolo_tellini (with Elena, Jonas, @andersbrgstrm) now in @NatureEcoEvo: https://t.co/nblhRyxWmV
super merci @AgenceRecherche @FRM_officiel @MaRegionSud
Very interesting! #RandomGenomeProject #Genomics #Transcription #BuddingYeast #Scerevisiae #Mouse
Mammalian cells repress random DNA that yeast transcribes https://t.co/57kqKqY9UK
Cool! #scRNAseq #Scerevisiae #BuddingYeast
#TAGC24
Yeast | Microbiology Journal | Wiley Online Library https://t.co/upZ2xEGOAB
Off to #TAGC24 #Conference today! Iβll be presenting a poster on the #RNAExosome and #Disease. Fun times! #Science #RNA #BuddingYeast #Scerevisiae #Genetics
Nice review for budding scientists interested in the use of S. cerevisiae to gain insights into RNA-linked human disease!
#RNA #Disease #BuddingYeast #Scerevisiae #ModelOrganism
Saccharomyces cerevisiae as a research tool for RNAβmediated human disease https://t.co/h8LEraQ7sQ
Want to know how the abundance or phosphorylation of your favourite budding yeast protein changes during meiosis? Check out our new searchable online tool created by the talented @lbkoch9 https://t.co/IF4xGVe5JB
Engineering stringent genetic biocontainment of yeast with a protein stability switch | Nature Communications
#Yeast #BuddingYeast #Degron #Biocontainment #Dis3 #Rrp46 #ProteinStability https://t.co/g2MfvELDBg
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