Excited that the last of my undergrad work is finally published! Thanks to @Jordan_D_Ward and others who were involved in this project (1/2)
https://t.co/Zk02y4noyV
Head over to our LinkedIN to learn more about @knmorrison_ 's journey into science and what she is studying in the @HollopeterLab for this month's #LabFeatureFriday!
https://t.co/7oCvMy1k2z
Happy to share the newest preprint from @HollopeterLab@cornellvet: https://t.co/GCVafrHneu. We propose the Inversin complex works via a dimerization mechanism. You’re probably thinking, “What the $%@! is the Inversin complex?” Let me explain:
So excited about the publication of the lab's latest work in @emboreports!
We discovered how to keep planarian stem cells alive and well after exposure to lethal doses of radiation! Read below for the surprising details.
https://t.co/iABUU9YbEx
Thank you Eric Drier of @MadCityLabs1 for an incredible week spent assembling our RM21 Micro Mirror TIRF microscope and teaching us so much about optics (and genetics too)!
pssst... Want to see something cool? Here we show how to completely wreck sub-nucleolar phase separation in an animal without impacting its health, development, or fertility.
https://t.co/HT2XCizgVk
@Nematodatomus@Jordan_D_Ward We started collaborating with Jordan in 2018, when Jordan’s lab found that NHR-23 was involved in spermatogenesis. The Shakes lab has the sperm knowledge, and the Ward lab has awesome molecular tools. It’s been a great collaboration and this is our second paper!
Excited that the last of my undergrad work is finally published! Thanks to @Jordan_D_Ward and others who were involved in this project (1/2)
https://t.co/Zk02y4noyV
We identified NHR-23 and SPE-44 regulated genes in C. elegans spermatogenesis using RNA seq, many of which are uncharacterized. This may be the entry point into finding unknown pathways that govern spermatogenesis! (2/2)