Please consider to attend the GRC on membrane transporter proteins. Amazing group of speakers. Short talks and late breaking topic still have to be selected. Please retweet. grc.org/membrane-trans…

GRS participants celebrating a wonderful #MTP_GRC2022 meeting! Zachary Frangos ryancantwellchater Marco Niello @figgyeric Gordon Research Conferences

It was an honor to co-chair the 2022 GRS for Membrane Transport Proteins. We had a great group of trainees that made the GRS/GRC special. Thanks to the GRC chair Aurelio Galli and vice chairs Prof Renae Ryan Susie L Ingram for their support. Until next time everyone! #MTP_GRC2022

From Copenhagen #itts2022 to Castelldefels #MTP_GRC2022, what an amazing time! Sensational science and inspiring people. Thank you so much for this incredible experience. See you soon!✨

We are hiring!!! The ConcepcIon Lab at UChicago has an available position to hire a creative, highly motivated, and enthusiastic postdoctoral researcher. You can find the information here: linkedin.com/feed/update/ur… Please share!!! #postdocposition #ionchannels #immunity

Here is our study investigating the potential of ring-substituted cathinones for targeting SERT-mediated efflux! The proposed substances preferentially release 5-HT both in vitro and in vivo, and exert 5-HT-associated effects in preclinical behavioral models! Link below 👇!

I'm very excited to share my first first author publication from the Jonathan A Javitch. This work is a collaboration between our group and Liqun Luo's laboratory at Stanford. biorxiv.org/content/10.110…

Happy New Year! Excited to share our new work eLife - the journal on a unique desensitization mechanism of proton-activated chloride channel Last of a series of beautiful work on PAC by amazing James O-Owusu Kudos also to long-term collaborator Zheng Ruan DuLuLabs doi.org/10.7554/eLife.…

We're looking for a research tech to join our team at Johns Hopkins! If you are interested, please apply here: jobs.jhu.edu/job/Baltimore-…

Do glia regulate drug addiction? Led by brilliant Junhua Yang, our new study Neuron shows VTA astrocytes modulate cocaine reward by tonically releasing GABA via SWELL1 large-pore #ionchannels Thx @NINDSnews @KlingensteinOrg McKnight Foundation for $$ authors.elsevier.com/a/1gSTD3BtfH1Z…

A team effort by Archana Venkataraman, James Bayrer and others UC San Francisco as well as the “down-under” gut gang VisceralPainResearch

Excited to share Jiachen Chu 褚佳晨's PhD work discovering SWELL1 as ATP-releasing #ionchannels, regulating #microglia activation & neuropathic #pain She also identified an FDA-approved drug Dicumarol as a potent SWELL1 inhibitor. Thanks team & collaborators! science.org/doi/10.1126/sc…

Happy to announce that I will start my assistant professor position at UCLA this fall! My lab will work on internal sensations, with a unique focus on nausea mechanisms: chuchuzhanglab.com. Please RT and encourage people interested in postdoc positions to apply!

Happy Holidays from SF IRACDA!

Looking for a holistic and supportive postdoc? Learn about the UCSF IRACDA Scholars Postdoctoral Program in this one-hour interactive information session. iracda.ucsf.edu

We use Ca2+ indicators as a proxy for activity, but have you wondered what molecular events occur within cells during activity? I’m thrilled to have collaborated with Wren Kim & Nicholas Ingolia on Cal-ID, a calcium-dependent TurboID, that can allow us to answer such questions.

Scientists Discover a New Hormone that Can Build Strong Bones | UC San Francisco Thank you ⁦@LauraKurtzman⁩ for a great summary of team effort with ⁦@dr_ambrosi⁩ ucsf.edu/news/2024/07/4…

I'm thrilled to announce that the Blythe Lab will open in the Department of Genetics, Cell Biology and Development at the University of Minnesota, Twin Cities in early 2025! (1/2)

Excited to share a new preprint about my postdoc work in the von Zastrow lab! Using conformational biosensors, we investigated the mechanism by which the mu-opioid receptor increases G protein activity on endosomes. biorxiv.org/content/10.110…

Excited to share the final version of our paper! In this study, we demonstrate that the mu opioid receptor increases G protein activity on endosomes in a manner that doesn’t require receptor internalization. Check it out! pnas.org/doi/10.1073/pn…