If @ #BPS2025 , check out the talk by @CBcellbiologist today in the "Protein Lipid Interactions: Structure and Dynamics" Session @ 12PM. She will present our recently developed platform to capture membrane proteins in their native nanodomains & some exciting applications of it
Very excited to see this work coming out. Combining membrane-active polymers with #proteomics we present the most optimal conditions to extract>2000 individual endogenous membrane proteins into nativenanodiscs
@YaleCellBio@YaleWestCampus@YaleMed
Work from @GuptaLab1 presents a high-throughput platform for extracting membrane proteins into native nanodiscs that retains the local membrane context, accompanied by a database of optimal extraction conditions for 2000 mammalian membrane proteins.
nature.com/articles/s41592-0…
All Data publicly available via polymerscreen.yale.edu & polymerscreen.streamlit.app Searchable through Uniprot names. We hope this will enable #membraneprotein researchers to extract & study their favorite proteins, at endogenous expression levels, directly from native environment
If you are @ #BPS#Membrane#Biophysics meeting @Tahoe, check out Caroline's talk today. She describes our new & exciting platform to capture >2000 unique #membraneproteins in their native nanodomains with high efficiency and nanoscale spatial resolution
If @ #BPS2024, check out all our exciting works describing new technologies to study molecular organization of #membraneproteins and #lipids directly from the #membrane and its applications in understanding various membrane-associated signaling events
Our article on in vivo force sensors appeared in Science Advances. Thank Yuan Ren, Julien Berro @BerroLab, and Jie Yang! Force redistribution in clathrin-mediated endocytosis revealed by coiled-coil force sensors | Science Advances science.org/doi/full/10.1126…
Extremely honored to be recognized as an Emerging Investigator by the American Society for Mass Spectrometry @asmsnews. Credit goes to my amazing lab members for their hard work. Special thanks to my past mentors & present colleagues at @YaleWestCampus@YaleCellBio@YaleMed
Congrats Justin! Really nice work showing ATG2 function on monolayer-wrapped LDs and careful characterization of a transport dead mutant which loses bridge-like but not shuttle-like lipid transport capacity. Thanks also to @Rachid_Thiam for cool studies with monolayer mimics.
I’m excited to finally share this project from the @TJ_MeliaLab where we demonstrate that the lipid transport protein ATG2 is active and highly efficient on phospholipid monolayers. (1/3)
biorxiv.org/content/10.1101/…
If you are @ProteinSociety meeting #PS37, please check out the exciting work of our grad student @Rachelmcalli (Poster114AB), showing how lipid vesicle #nativemassspectrometry can decipher membrane recruitment mechanism of a B-cell kinase
Rachel McAlister @Rachelmcalli is representing us at the @ProteinSociety meeting #PS37. Stop by her poster 114AB to check out a native MS based general experimental platform to identify and quantify lipid binding in membrane association domains (collaboration with @GuptaLab1)
Check out our new study published at @NatureComms in which we investigated the Akt1 #signaling and dynamics using an optogenetic-phosphoproteomic system, or Optop-DIA! nature.com/articles/s41467-0…@YalePharm @CancerYale@YaleWestCampus@yalemed 1/4