Substrate Recognition by a Colistin Resistance Enzyme from Moraxella catarrhalis
Lipid A phosphoethanolamine (PEtN) transferases belong to a family of enzymes that enable bacteria to have resistance against colistin – a last resort antibiotic in the clinic. In an effort to highlight important information regarding specific residues involved in catalysis and PEtN binding, scientific researchers Dr. Peter Stogios and Dr. Georgina Cox collaborated with Dr. Gerry Wright’s team to examine the crystal structure of the catalytic domain of a chromosomally encoded intrinsic colistin resistance (ICR) enzyme in the pathogenic bacteria, Moraxella catarrhalis. Ultimately, the results obtained from this analysis aids in the advancement of the molecular and mechanistic understanding of PEtN transferases and their origins, which can in turn help halt the growing dissemination of these resistance elements.
NewsRelated News
News Listing
Brighter World ➚
Researchers invent artificial intelligence model to design new superbug-fighting antibiotics
News
March 23, 2024
FHS News ➚
Decades of McMaster tuberculosis research leading to new prevention and control strategies
News
March 22, 2024