Austin Murchison (@austinkmurchis) 's Twitter Profile
Austin Murchison

@austinkmurchis

Stanford Biology 🧫 👨🏿‍🔬| Sarafan ChEM-H 🧪🧬 | Studying lysosome biology and subcellular metabolism at @abu_remaileh lab | @SFSU Alum 🐊 🐊

ID: 1549287444213682176

calendar_today19-07-2022 06:58:26

37 Tweet

124 Followers

214 Following

SFSU PINC (@sfsupinc) 's Twitter Profile Photo

Attn SFSU STEM students -- The VIR Mentorship Program is intended to build relationships between VIR Biotechnology professionals and SFSU STEM students. Apply by 12/1/22 Application: sfsu.co1.qualtrics.com/jfe/form/SV_5i…

Attn SFSU STEM students -- The VIR Mentorship Program is intended to build relationships between VIR Biotechnology professionals and SFSU STEM students. Apply by 12/1/22
Application: sfsu.co1.qualtrics.com/jfe/form/SV_5i…
Wentao Dong (@wentaodong2) 's Twitter Profile Photo

Very excited to share our co-first author work on Golgi-IP (with amazing Rotimi Fasimoye Raja S. Nirujogi through MRC PPU Aligning Science Across Parkinson’s). We showed that UDP species are enriched in the Golgi and validated the subcellular function of SLC35A2. Organelle-IP rocks! biorxiv.org/content/10.110…

George Walters-Marrah (@techmobio) 's Twitter Profile Photo

Happy holidays from the @abu_remaileh lab! I wonder if you guys can recognize everyone from the website 👀: abu-remaileh.com Art by Cindy

Happy holidays from the @abu_remaileh lab! 

I wonder if you guys can recognize everyone from the website 👀: abu-remaileh.com

Art by <a href="/cindyinsci/">Cindy</a>
SF State (@sfsu) 's Twitter Profile Photo

Ever wonder how your professor became your professor? @SFStateBIO’s Blake Riggs (Blake Riggs) doesn’t shy away from sharing his science story. He uses it to connect and mentor young scientists. bit.ly/3ZmaGLu

Ever wonder how your professor became your professor? @SFStateBIO’s Blake Riggs (<a href="/Riggslab/">Blake Riggs</a>) doesn’t shy away from sharing his science story. He uses it to connect and mentor young scientists. bit.ly/3ZmaGLu
StanfordGWU-UE (@stanfordgwu) 's Twitter Profile Photo

Today, Stanford graduate workers have announced our intent to unionize! Follow along and join us in solidarity as we fight to make Stanford a fair and safe workplace by giving graduate workers a real voice in our wellbeing. Stanford works because WE do! #StanfordGWU #SGWU

Today, Stanford graduate workers have announced our intent to unionize! Follow along and join us in solidarity as we fight to make Stanford a fair and safe workplace by giving graduate workers a real voice in our wellbeing. Stanford works because WE do! #StanfordGWU #SGWU
Metabolism and Nutritional Programming at VAI (@vaimetabolism) 's Twitter Profile Photo

Fascinating dive into lysosomal metabolism with Wentao Dong , our fourth speaker of the day at #RisingStarsinMetabolism2023 “Pinpointing subcellular transporters via organellar IP and untargeted metabolomics”

Fascinating dive into lysosomal metabolism with <a href="/WentaoDong2/">Wentao Dong</a> , our fourth speaker of the day at #RisingStarsinMetabolism2023

“Pinpointing subcellular transporters via organellar IP and untargeted metabolomics”
Sita Chandrasekaran (@sitaritapita) 's Twitter Profile Photo

Cyrus Tau and I are so excited to share our work on developing a CRISPR protein-guided, trans-splicing system for making versatile RNA edits!!! See the highlights in Cyrus' thread and the preprint for details!

Kwamina Nyame (@tyfic_gh) 's Twitter Profile Photo

Excited to share my first PhD work published in Molecular Cell! that reveals a molecular mechanism in the most prevalent neurodegeneration in children and extensively characterizes lysosomal phospholipid catabolism, a pathway crucial in major processes cell.com/molecular-cell…

Sarafan ChEM-H (@stanford_chemh) 's Twitter Profile Photo

Carolyn Bertozzi Craig Crews Agnele Sewa Khosla Lab Zhainib A. Amir-Ugokwe Kristy Red Horse Xiaojing Gao Eric A. Appel Next up, George Walters-Marrah from the @abu_remaileh lab is also tackling antibiotic resistance. Some pathogens rely on host nutrient supply for replication or persistence. He tells us about pathometabolism--tackling infectious diseases by targeting host-pathogen metabolic interplay.

<a href="/CarolynBertozzi/">Carolyn Bertozzi</a> <a href="/CraigMCrews/">Craig Crews</a> <a href="/AgneleSewa/">Agnele Sewa</a> <a href="/KhoslaLab/">Khosla Lab</a> <a href="/ZhainibAmir/">Zhainib A. Amir-Ugokwe</a> <a href="/kristyredhorse/">Kristy Red Horse</a> <a href="/SynBioGaoLab/">Xiaojing Gao</a> <a href="/AppelGroup/">Eric A. Appel</a> Next up, <a href="/techmobio/">George Walters-Marrah</a> from the @abu_remaileh lab is also tackling antibiotic resistance. Some pathogens rely on host nutrient supply for replication or persistence. He tells us about pathometabolism--tackling infectious diseases by targeting host-pathogen metabolic interplay.
Kwamina Nyame (@tyfic_gh) 's Twitter Profile Photo

Very excited to share our recent discovery of PLA2G15 as a lysosomal BMP hydrolase whose targeting ameliorates lysosomal disease. We establish the rules that govern BMP catabolism, a key lipid implicated in multiple neurodegenerative diseases and lysosomal disorders @abu_remaileh

Ali Ghoochani (@ali_ghoochani) 's Twitter Profile Photo

I am thrilled to announce that our work in collaboration with Alessandro Ori’s lab Alessandro Ori, @Blue_ceil is out! We made a significant breakthrough in understanding the role of lysosomes in the brain with the development of the first cell-type-resolved lysosomal protein atlas.