Jörg Stülke

This study identifies transporters and a selectivity determinant in Leu-tRNA synthetase in Bacillus subtilis, revealing how photo-leucine is managed and its incorporation is limited to maintain cellular tolerance.

The paper introduces new features to SubtiWiki, a database for Bacillus subtilis, enhancing its utility with genomic organization viewers, mutant fitness data, protein structure tools, and metabolite integration.

The paper improves deep learning-based structure modelling of protein complexes by integrating crosslinking mass spectrometry data, enhancing performance on challenging targets.

This study identifies a novel salvage pathway for coenzyme A in Bacillus subtilis, involving the uptake of cysteinopantetheine via a cystine transporter.

This study identifies import and export systems for three-carbon amino acids in B. subtilis, revealing the role of the 'sleeping beauty' family of amino acid exporters in maintaining homeostasis under toxic conditions.

This study identifies a non-canonical fumarate-based ammonium assimilation pathway in B. subtilis that compensates for glutamate and aspartate biosynthesis defects.

This paper identifies RfaA as a regulator of fatty acid synthesis in Bacillus subtilis that targets AccC for degradation in the absence of glutamate, preventing fatty acid toxicity.

This paper identifies asparagine transporters in Bacillus subtilis using genetic screens and toxic analogs, revealing promiscuous importers and exporters for L-asparagine.

The paper identifies RnpM (YlxR) as a novel modulator of RNase P activity in B. subtilis, reducing its ability to process pre-tRNAs.

ListiWiki is a database that provides comprehensive genomic and functional information on Listeria monocytogenes, including gene annotations, protein interactions, and structural data.

The paper identifies FurA as an antirepressor of Fur in Bacillus subtilis, showing it prevents Fur from binding DNA under iron limitation, thus regulating iron uptake genes.

The paper uses AI to predict protein complex structures in Bacillus subtilis using crosslinking and cofractionation mass spectrometry data.

The paper determines the in-cell architecture of a transcribing and translating expressome in Mycoplasma pneumoniae using integrative structural methods.