
Anupama Hemalatha
@anuhemalatha
Junior Group Leader @FMIscience. Former Postdoc Greco Lab @valentatormenta @Yale. Former grad student @jitumayor_lab @NCBS.
ID: 1314941236009201664
10-10-2020 14:50:17
98 Tweet
471 Followers
400 Following





Years in the making since our lab opened, huge shoutout to amazing co-first authors Dominica Cao 🍋 and Jenna Bergmann! ++team Liangwen Zhong Tyler Jensen Andy Cox ++valuable collab w/ Anupama Hemalatha valentina greco Yale Department of Genetics ++

🌟 Recruiting PhD students and postdocs at CHU Sainte-Justine Research Center! 🌟 🗓️ Deadline: November 17th 🔬 Among exciting projects, one position (PhD student) is open in the Ghersi Lab —apply now to join our team! Centre de recherche Azrieli du CHU Sainte-Justine Université de Montréal

In a new study, Yale Cancer Center researchers tracked the initial metabolic response to a pair of #cancer mutations that are typically tolerated in skin. news.yale.edu/2025/01/06/tra… Smilow Cancer Hospital Yale School of Medicine Yale New Haven Hosp valentina greco Rachel Perry Anupama Hemalatha Yale Department of Genetics

I am humbled to be recognized by Hello Bio as a highly commended Lab Heroes nominee! Yale Internal Medicine Yale Cancer Center Yale School of Medicine

🚨 The Ghersi Lab is Hiring! 🚨 If you're passionate about hematopoietic stem cells, developmental biology, and cutting-edge research, I’d love to hear from you. Feel free to share. 🩸🐠 📍 Montreal, Canada 📩 [email protected] and Ghersilab.com


💫NEW: Anupama Hemalatha, valentina greco, Rachel Perry & co track the endogenous redox ratio (NAD(P)H/FAD) with live imaging in the mouse skin and find that maintaining a robust redox ratio is key to clonal prevalence. nature.com/articles/s4155…

This was a fun exercise with Giorgia FMI science reminding me the important parts of this job, amidst the chaos of setting up a lab and the growing uncertainty and worry amongst my friends in US science.





Happy to see an important piece of my work online today Nature Communications from the Bogan lab. We demonstrate TUG regulated trafficking at the ERGIC to maintain homeostasis in the early secretory pathway, and govern autophagy and secretion of Collagens. rdcu.be/euig6
