Catherine Freudenreich (@catherinefreud2) 's Twitter Profile
Catherine Freudenreich

@catherinefreud2

Professor of Biology at Tufts University. My lab uses yeast genetics to study how cells protect their genome from breaks and repeat instability

ID: 1015670851142930434

linkhttps://as.tufts.edu/biology/freudenreich-lab calendar_today07-07-2018 18:56:16

130 Tweet

460 Followers

154 Following

Catherine Freudenreich (@catherinefreud2) 's Twitter Profile Photo

The Tufts Biology Research Club Tufts Biology Department hosted a successful undergraduate research symposium today. Congrats to organizers Lema Abuoquab and Ze’ev Drukker for pulling it off! Katie Kean Tufts Biology Department ambassador presents her poster

The Tufts Biology Research Club <a href="/Tufts_Biology/">Tufts Biology Department</a> hosted a successful undergraduate research symposium today. Congrats to organizers Lema Abuoquab and Ze’ev Drukker for pulling it off! Katie Kean <a href="/Tufts_Biology/">Tufts Biology Department</a> ambassador presents her poster
Catherine Freudenreich (@catherinefreud2) 's Twitter Profile Photo

Thanks Vincent! It was surprising how exposing a (CTG)70 repeat within a gap created a super-fragile site. And that gap repair driven expansions are highly dependent on which sequence is the template for gap repair.

Maria Spies, PhD (she/her) (@maria_spies) 's Twitter Profile Photo

Hot of the press in NAR Cancer. Culmination of many years of effort, Divya's PhD, the project started by @science_SRH while in my lab, and a wonderful collaboration with Ashley Spies' and Pietro Pichierri 🇮🇹🇪🇺 @[email protected] labs Check out our new, drug-like RAD52 inhibitors academic.oup.com/narcancer/arti…

Catherine Freudenreich (@catherinefreud2) 's Twitter Profile Photo

Kudos to postdoctoral fellow Erica Polleys for establishing this system to study repeat instability during gap repair. And for her discovery that DNA structures within gaps create a super fragile site!

SGD Project @yeastgenome@genomic.social (bsky too) (@yeastgenome) 's Twitter Profile Photo

Got old #yeast? Zhou et al rewire #transcriptional death pathway switch away from typical #nucleolar or #mitochondrial decline to delay #aging via negative-feedback loop, increasing life span by 82% yeastgenome.org/reference/S000… Science Magazine Long live yeast!

Got old #yeast? Zhou et al rewire #transcriptional death pathway switch away from typical #nucleolar or #mitochondrial decline to delay #aging via negative-feedback loop, increasing life span by 82% yeastgenome.org/reference/S000… <a href="/ScienceMagazine/">Science Magazine</a> Long live yeast!
Vincent Dion (@vdion_and_lab) 's Twitter Profile Photo

We're looking for a Research Assistant to develop better #AAV constructs for #Crispr Cas9 expression for #GeneEditing in vitro and, eventually, in the brain. Join a vibrant group of people at the UK Dementia Research Institute at Cardiff! Closes May 14th! apply here: tinyurl.com/2p8bmcdw

We're looking for a Research Assistant to develop better #AAV constructs for #Crispr Cas9 expression for #GeneEditing in vitro and, eventually, in the brain.

Join a vibrant group of people at the <a href="/UKDRI/">UK Dementia Research Institute</a> at Cardiff! Closes May 14th! apply here: 

tinyurl.com/2p8bmcdw
SGD Project @yeastgenome@genomic.social (bsky too) (@yeastgenome) 's Twitter Profile Photo

Register now for #yeast2023! Submit abstract by May26, Early bird registration by May31! Get your summer dose of yeast #genetics in Tuscany 🌞 yeastflorence2023.com

Register now for #yeast2023! Submit abstract by May26, Early bird registration by May31! Get your summer dose of yeast #genetics in Tuscany 🌞 yeastflorence2023.com
David R. Liu (@davidrliu) 's Twitter Profile Photo

Three of the more costly and frequently used reagents in molecular biology are rolling circle amplification (RCA) mix, chemically competent MachOne (or other E. coli) cells, and Gibson assembly mix. Postdoc Julian Willis—who is starting his own lab in the UK soon—developed

Anna Clemens, PhD (@scientistswrite) 's Twitter Profile Photo

If you found this thread helpful and would like to know how to develop your paper so that it is well structured and tells a consistent story, here is a free training for you: 👩‍💻👇 annaclemens.com/training?utm_s…

Daniele Fachinetti (@fachinettilab) 's Twitter Profile Photo

#1 Happy to share our work “Specialized replication mechanisms maintain genome stability at human centromeres” Molecular Cell from A. Scelfo, A. Angrisani and T. Wilhelm Institut Curie CNRS 🌍 where we provide the causes of centromere fragility. authors.elsevier.com/a/1iba63vVUPRl…

Vincent Dion (@vdion_and_lab) 's Twitter Profile Photo

Our new manuscript is online! Cas9 nickase-mediated contraction of CAG/CTG repeats at multiple disease loci biorxiv.org/content/10.110… Giant team effort! Led by the incredible Alvaro Murillo with more help from Mariah Lelos, DAVIDSON LAB, and many many more. Here's a thread.

Catherine Freudenreich (@catherinefreud2) 's Twitter Profile Photo

Got this very cute present from former postdoctoral fellow Erica Polleys @EricaJeanPhD who contributed so much to my lab’s research. Made by a former grad student in our department who sells great science stuff on Etsy

Got this very cute present from former postdoctoral fellow Erica Polleys @EricaJeanPhD who contributed so much to my lab’s research. Made by a former grad student in our department who sells great science stuff on Etsy
Tufts Biology Department (@tufts_biology) 's Twitter Profile Photo

🚨🚨🚨We’re excited to give a Jumbo welcome to Khoa Tran, who’s joining Tufts Bio as an Asst Prof in Sept’25! Learn about Khoa and his research on metabolic-epigenetic crosstalk here: khoaatran.com/research

🚨🚨🚨We’re excited to give a Jumbo welcome to <a href="/tran_khoa/">Khoa Tran</a>, who’s joining Tufts Bio as an Asst Prof in Sept’25! Learn about Khoa and his research on metabolic-epigenetic crosstalk here: khoaatran.com/research
Catherine Freudenreich (@catherinefreud2) 's Twitter Profile Photo

A very cool paper about how the human Shu complex regulates recombination with potential implications for cancer therapy. Congrats to first author Sarah Hengel and all coauthors for this important scientific advance!