Sue Biggins (@suebiggins) 's Twitter Profile
Sue Biggins

@suebiggins

Scientist at @FredHutch @HHMINews. Interdisciplinary approaches to understanding chromosomes and cell division. Opinions are my own. (She/her)

ID: 839895566180040706

linkhttp://research.fhcrc.org/biggins/en.html calendar_today09-03-2017 17:48:02

1,1K Tweet

4,4K Followers

1,1K Following

Manu Setty (@settym) 's Twitter Profile Photo

Are you an early career scientist who wants to pursue a research project in the lab of a Fred Hutch Computational Biologist mentor? If yes, then the #MahanFellowship is for you. Apply by Dec. 20, 2024! Learn more: apply.interfolio.com/157470

Sue Biggins (@suebiggins) 's Twitter Profile Photo

Great collaboration with the Asbury lab! This property of kinetochores helps them stay attached to the highly dynamic tips of microtubules:

Stefano Santaguida (@stesantaguida) 's Twitter Profile Photo

We are very excited to open the registration for the upcoming EMBO Events on Chromosome Segregation and Aneuploidy in beautiful Stresa!!! You can find all the relevant info at meetings.embo.org/event/25-aneup… Hope to see many of you in a few months!! 🧬🔬😍 #ChromoPloidy25

Tina Termini (@cterminiphd) 's Twitter Profile Photo

📢 Attention postdocs! We are soliciting applications for the Méndez Scholars Program at Fred Hutch, which supports postdocs from excluded groups preparing for the academic job market. Apply here 👇👇👇 Due 2/1/2025 apply.interfolio.com/157983

📢 Attention postdocs! We are soliciting applications for the Méndez Scholars Program at Fred Hutch, which supports postdocs from excluded groups preparing for the academic job market. 

Apply here 👇👇👇 Due 2/1/2025
apply.interfolio.com/157983
Samara Reck-Peterson (@samreckpeterson) 's Twitter Profile Photo

I am excited for this opportunity to chair the Department of Biochemistry and Biophysics at Weill Cornell Medicine! news.weill.cornell.edu/news/2025/01/d…

Fred Hutchinson Cancer Center (@fredhutch) 's Twitter Profile Photo

In new work published today in nature, researchers in Hutch Basic Sciences discover that most transcription factors in budding yeast don’t follow the textbook example of binding close to the genes they regulate bit.ly/4iu9YoM