![Shaded cut watermelon on top of other watermelons](https://cdn.statically.io/img/media.springernature.com/w735h400/nature-cms/uploads/cms/pages/5337/top_item_image/06_NSMB-Hero-JUN24-a5efdc41f0bd178d06289fe6a5779229.jpg)
A proteomics atlas of citrullination
Here, Rebak et al. utilise proteomics to establish an atlas of protein citrullination, and implicate citrullinated sites as potentially clinically relevant. Citrulline was discovered in watermelons.
Here, Rebak et al. utilise proteomics to establish an atlas of protein citrullination, and implicate citrullinated sites as potentially clinically relevant. Citrulline was discovered in watermelons.
AlphaFold 3 represents a breakthrough in predicting the 3D structures of complexes directly from their sequences, offering insights into biomolecular interactions. Extending predictions to molecular behavior and function requires a shift from viewing biomolecules as static 3D structures to dynamic conformational ensembles.