Sophie-Luise Heidig

The paper investigates how Achromatium sp. expresses protein variants in response to temperature changes using proteomics and a newly assembled protein atlas.

The paper shows that Achromatium bacteria have genetically diverse chromosomes within cells, inherited by daughter cells, and that spatial segregation of chromosomes drives genomic variability.

This study uses DIA proteomics to analyze how Hawaiian rice coral Montipora capitata and its symbionts respond to decreased light intensity, identifying changes in protein abundance linked to metabolic and structural adaptations.

The paper identifies new enzymatic activities of GroEL/Hsp60 proteins, including thioesterase and esterase functions, and links these to palmitoylation and antibiotic resistance in M. tuberculosis.