Our paper discovering novel roles for the retrovirus-like proteins RTL8 and PEG10 in shaping stress granule biology is now online on Science Advances! #llps#stressgranules
https://t.co/uGCTyOSuSH
Earlier this month, I defended my PhD in front of friends and family. I’ve dreamed of this moment forever and I’m glad it came true. Thanks to my mentors, Drs. Paulson and Sharkey, and my committee! I will be starting a postdoctoral position in Dr. Roy Parker’s lab at CU Boulder.
How it started vs how it’s going…
On Sept. 1, 2017, I started as a new postdoc in @UMCDB and today I’m faculty. I feel truly blessed to have achieved what felt like an impossible goal, but I made it and the @SpriggsLab is officially open! 🥳
Let’s do this! 🦠🔬🧫 #NewPI
We’re excited to announce the release of our latest collection of 4 biomolecules—F-ATPase, RuBisCo, RAG-1/2, and GFP - now available as interactive flip book versions 🥳 📖
These flip books are designed to serve as fun and educational flash cards, perfect for teaching and learning about these essential biomolecules. We’ve also made PDF versions available for download, so you can have them on hand anytime 😍 🤩
We hope you enjoy exploring these resources as much as we enjoyed creating them!
Team behind these infographics - @Arushi_Batra28 and @AgastyaSingh 😁
👉 https://t.co/eDEfmWvbkn
We are excited to introduce first-of-a-kind immunofluorescent probes to visualize RNA in cells! @NAR_Open
Synthetic anti-RNA antibody derivatives for RNA visualization in mammalian cells https://t.co/JDPtqrSFAi
New preprint! We predict 9,452 human-pathogen protein interactions, tripling structural knowledge for key pathogens. 🔍 Only 0.2% of known interactions have solved structures—structure prediction can bridge this gap for drug & vaccine design. Read more: https://t.co/sAdfxa3zDC
Our preprint uncovering how endogenous retrovirus-like proteins reshape fundamental stress granule features is now online! So many awesome discoveries, the coolest being virus-like particles within stress granules! Cryo-CLEM work was led by Martin from @s_mosalaganti lab 1/8
This light-sheet microscopy three-dimensional rendering shows a first-of-its-kind mouse whole-brain mRNA analysis at single-cell resolution.
Learn more in this week’s issue: https://t.co/TC95lPspFC