forthcoming articles

The first crystal structure of phytoplasma immunodominant membrane protein is reported and structural analysis revealed its potential for actin binding.

A structural analysis of several metal-ion binders that inhibit viral endonucleases is performed.

This topic review summarizes structures of chaperones complexed with MHC-I, the structural principles that govern peptide exchange and the mechanism in antigen presentation.

The human peptidylarginine deiminase type VI (PAD6) is essential in oocyte and embryonic development as a component of the supramolecular assemblies called cytoplasmic lattices. The crystal structure presented here suggests PAD6 assembles as a dimer resembling other PADs, albeit with compromised abilities to bind Ca²⁺ and substrates. This aligns with existing in vitro data which indicate an enzymatically inactive isoform of PAD.

A kinetics-informed neural-network method (KINNTREX) is designed to analyze a time series of difference maps from a time-resolved X-ray crystallographic experiment.