https://cd-code.org
CD-CODE 2.0 stores #biomolecular #condensates and their #protein and nucleic acid components and now includes repository of 🦠 infectious condensates, 💊 condensate-modulating compounds, and 🩺 condensatopathies
👀 doi.org/10.1093/nar/...
CD-CODE 2.0 stores #biomolecular #condensates and their #protein and nucleic acid components and now includes repository of 🦠 infectious condensates, 💊 condensate-modulating compounds, and 🩺 condensatopathies
👀 doi.org/10.1093/nar/...
and so is CD-CODE v1.10 release!🤩
💡CD-CODE has now 719 manually curated #condensates (and ~40% are #human associated!)
💡Check out new #condensates and updated #protein - condensate connections at cd-code.org
#Bioinformatics #DatabaseUpdate #IDR #RNP #RBP #cdcode
and so is CD-CODE v1.10 release!🤩
💡CD-CODE has now 719 manually curated #condensates (and ~40% are #human associated!)
💡Check out new #condensates and updated #protein - condensate connections at cd-code.org
#Bioinformatics #DatabaseUpdate #IDR #RNP #RBP #cdcode
Do you have a favorite condensate or are researching some that are not yet in cd-code.org?
We want your input and expertise!🧠
🔗Easy sign-up here: cd-code.org/signup
and add a new condensate 🎦⤵️
Do you have a favorite condensate or are researching some that are not yet in cd-code.org?
We want your input and expertise!🧠
🔗Easy sign-up here: cd-code.org/signup
and add a new condensate 🎦⤵️
#StressGranules (#SGs) are dynamically forming cytoplasmic condensates that form in response to various cellular stresses.
🤩In CD-CODE there are more than 10 species and more than 1300 #protein associations described for SGs.
#StressGranules (#SGs) are dynamically forming cytoplasmic condensates that form in response to various cellular stresses.
🤩In CD-CODE there are more than 10 species and more than 1300 #protein associations described for SGs.