Nature Chemical Biology
@nchembio
A scientific journal devoted to publishing the most compelling research, opinion and analysis at the intersection of chemistry and biology.
ID:25327370
http://nature.com/nchembio 19-03-2009 16:12:44
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So excited to see our work on 'Profiling the proximal proteome of the activated μ-opioid receptor' using APEX-based proximity labeling and quantitative mass spec published today. It is the result of an amazing team effort!
nature.com/articles/s4158…
#TeamMassSpec #Proteomics #GPCR
I am excited to share that my first first-author publication from my graduate work with Drew Adams is out in Nature Chemical Biology! Here, we used many small molecule probes to spotlight an underappreciated role of XPO1 as a chromatin factor: nature.com/articles/s4158… (1/9)
I'm thrilled to share, our work is online now Nature Chemical Biology. Huge thanks to Ruma Banerjee, Shah Lab Costas Lyssiotis and all authors Rashi Singhal Sumeet A Solanki Sydney Alibeckoff Hannah Bell and others.rdcu.be/dBSCb
Excited to share E3-substrate tagging by ubiquitin biotinylation (E-STUB) Nature Chemical Biology! E-STUB enables CUL-RING ligase substrate identification and may transform the way we study glues and PROTACs by directly studying substrate ubiquitylation. 1/
rdcu.be/dBZKx
A new paper from Solid-State NMR of Complex Materials and Catalysts sapun p Thomas Michaels reveals a crust-like β-sheet structure is formed on the surface of FUS droplets during aging. Free to read link at rdcu.be/dBTAF
How benchmarking challenges and data in the public domain will guide development in AI-based methods and breakthroughs in #drugdesign on a scale analogous to that seen for protein fold prediction?
Matthieu Schapira Rachel Harding Cheryl Arrowsmith Levon
nature.com/articles/s4158…
💊 Accessing natural vaccine adjuvants. 💉
nature.com/articles/s4158…
👍 Thanks Vincent Courdavault for this collaboration to write a spotlight Nature Chemical Biology on the awesome Anne Osbourn lab report (nature.com/articles/s4158…) 👏
BBV Lab Recherche et Innovation – Université d’Angers Faculté Santé Angers CHU Angers
Our MEDUSA paper was published today in Nature Chemical Biology! This is an approach for identifying death-regulatory genes, which we used to clarify different ways cells die following DNA damage. Congrats to Megan Honeywell Morningside Graduate School of Biomedical Sciences and to the other authors!
rdcu.be/dA4uj
Excited to share my postdoc work out in Nature Chemical Biology!
We explored the preferences and efficiencies of ATP pathways in cells and tissues. By quantifying metabolic flux and proteomics, we found that respiration makes ATP faster per enzyme mass than glycolysis🧵nature.com/articles/s4158…