J.-H. Shin

The paper introduces an in vitro assay to study hyphal constriction in Magnaporthe oryzae, identifying transcriptional changes and a potential histone modification role in this process.

This study shows mechanical stress in bacterial cell envelopes activates the VxrAB two-component system, promoting cell wall synthesis and homeostasis.

This study combines auxin-producing bacterial culture supernatant with organic and inorganic fertilizers to enhance red kohlrabi growth, showing improved photosynthetic efficiency and photoprotective mechanisms.

This study investigates the role of endopeptidases and class A PBPs in PG synthesis and structural integrity in V. cholerae, showing that aPBPs can compensate for EP insufficiency.

This study investigates how CTCF binding at the BARTp site regulates EBV 3D genome structure and gene expression in EBVaGC cells, showing its role in DNA looping and viral infectivity.

This study shows that the VxrAB system in Vibrio cholerae reduces β-lactam antibiotic toxicity by managing iron levels and oxidative damage, enhancing bacterial tolerance.

This study compares host-related factors and environmental factors in shaping gut microbiota using fecal samples from naval trainees and healthy individuals, finding host factors more influential.

This study solves the crystal structure of ShyA, a peptidoglycan endopeptidase, revealing a regulatory mechanism involving conformational changes that activate its catalytic activity.

This study identifies SidJ as a bacterial pseudokinase that catalyzes polyglutamylation of SdeA, a Legionella effector, in a CaM-dependent manner, suppressing ADP-ribosylation.

This study shows that several Gram-negative pathogens exhibit carbapenem tolerance through cell wall-deficient spheroplasts, which can recover upon antibiotic removal.

This study identifies genetic factors in Vibrio cholerae that contribute to penicillin tolerance and post-antibiotic recovery.