Acetohydroxy acid isomeroreductase from P. aeruginosa was crystallized. X-ray data have been collected to 2.0 Å resolution using synchrotron radiation (P2₁3, a = b = c = 184.38 Å).

A fully merged GaN thin film with a thickness of only several hundred nanometres has been grown by multiple epitaxial lateral overgrowth (multiple-ELOG) using a graphene mask that decomposes during the growth process. A mechanism for multiple-ELOG through self-decomposing graphene due to GaN template decomposition during homoepitaxy is proposed.

The overproduction, purification, crystallization and preliminary X-ray analysis of the MST2 SARAH domain are described.

Crystallographic, functional and single-molecule studies of aminopeptidase PepS have been presented. Substrate length selectivity imposed by the substrate binding hole is a key in the regulation of the catalytic activity along with residue specificity and active-site repositioning.