💡With a #relational structure, programmatic access #API and improved search capabilities, CD-CODE 2.0 easily integrates into #datascience and digital #biology workflows, broadening its versatility and creating connections between condensate biology and #therapeutic development.
🔗 cd-code.org

CD-CODE is a great example of an interdisciplinary teamwork between computational and experimental biologists and software engineers! #Thankyou to all the authors of @tothpetroczylab.bsky.social, the biomolecular condensate community of @mpi-cbg.de, @hymanlab.bsky.social, and Dewpoint Therapeutics!

The latest release was supported by the #condesathon joined by @mpi-cbg.de condensate community🤩

Big #thankyou to all the participants from
@hymanlab.bsky.social, @tothpetroczylab.bsky.social and von Appen labs for your support and enthusiasm!💜

☝️SG is one of the most populous condensate in CD-CODE, with human (cd-code.org/condensate/D...) and yeast (cd-code.org/condensate/E...) proteomes being the most characterized up to date!
Are you a stress granule expert or enthusiast?
🦉Join us as a curator: cd-code.org/signup

Various species have different Stress Granule proteomes:
🔵Translationally stalled mRNAs,
🔵translation initiation factors,
🔵RNA-binding proteins, and
🔵non-RNA-binding proteins
are among the main constituents of SGs.