The cover of our February issue (https://t.co/W5xcZt1tAa) features work from @group_schroeder on serotonin biosynthesis and metabolism in C. elegans (https://t.co/TAfq1o38Ze) with image by @surojitsural:
Relaxing the worm - our serotonin paper https://t.co/6AhIfnsrj6 made the @nchembio Nature Chemical Biology cover! Image by @surojitsural from Oliver Hobert's lab.
Our latest paper describing a betaine-gated ion channel involved in controlling behavioural states is now out in @PNASNews! @IHardege spent many many months on those food search traces! Great collaboration between @LabSchafer and @group_schroeder. https://t.co/9JPjWI60lE
I’m happy and honored to see our work @group_schroeder about serotonin biosynthesis and metabolism in C. elegans could bring more insights into different research fields!
New serotonin findings from @BTIscience could help treat depression and anxiety.
The research focuses on neurotransmitter serotonin, which carries messages between nerve cells and is thought to play a role in several mental health conditions. https://t.co/D4faGKW4dl
Findings from @BTIscience regarding serotonin, which carries messages between nerve cells, could lead to new treatments for anxiety and depression. @NaturePortfolio https://t.co/5LvADR2HVr
I remember the early days of this project and feeling so confused and slightly upset! We took out fresh stocks from the freezer, sequenced, regrew… big up to @jingfang_yu and our great collaboration with the Hobert lab! #serotonin#neuro#chemystery
Researchers led by Frank Schroeder discovered new mechanisms by which animals make and destroy serotonin, which could ultimately lead to new treatments for mental health disorders and obesity. @group_schroeder@jingfang_yu@nchembio@Columbia@CornellCAS https://t.co/2xoBhlNWhM
I’m so excited and grateful that our work about parallel pathways for serotonin biosynthesis and metabolism is published in @nchembio! Amazing collaboration between @group_schroeder and #hobertlab.
New pathways for serotonin biosynthesis and metabolism in C. elegans, with @jingfang_yu and @bennettfox9 out at @nchembio: https://t.co/6AhIfnsrj6. Thanks to Merly Vogt and Oliver Hobert for a great collaboration; Ji Sze’s insightful commentary at https://t.co/5HhYj89fnM
A paper from @group_schroeder, @jingfang_yu, and @bennettfox9 showed that serotonin biosynthesis/metabolism pathways in non-neuronal tissues contribute to serotonin-dependent phenotypes in C. elegans. Free to read link at: https://t.co/LDKhqn7f0d
A China Eastern Airlines Boeing 737 plane carrying 133 people on board crashed in Guangxi province, Chinese state media is reporting
https://t.co/YvY6H2voZe
Check out our new work (w/ @wormraiser and @_MikeOD_ ) in JACS! Specific assembly of modular glucosides (MOGLs) via carboxylesterase CEST-1.2 regulates starvation survival in C. elegans
https://t.co/Pwr8ijB3SG
Our paper on LRO and carboxylesterase dependent modular assembly of primary metabolic units with @wormraiser and @patrickhu now appears in eLife: https://t.co/trNHXg9aoa