Metabolically versatile free-living bacteria have global regulation systems that allow cells to
selectively assimilate a preferred compound among a mixture of several potential carbon …

Most bacteria can selectively use substrates from a mixture of different carbon sources. The
presence of preferred carbon sources prevents the expression, and often also the activity, of …

Carbon catabolite repression (CCR) in bacteria is generally regarded as a regulatory
mechanism to ensure sequential utilization of carbohydrates. Selection of the carbon …

The Crc protein is involved in the repression of several catabolic pathways for the
assimilation of some sugars, nitrogenated compounds, and hydrocarbons in Pseudomonas …

The capacity of a bacterial pathogen to produce a disease in a treated host depends on the
former's virulence and resistance to antibiotics. Several scattered pieces of evidence …

Carbon catabolite repression (CCR) is the paradigm of cellular regulation. CCR happens
when bacteria are exposed to two or more carbon sources and one of them is preferentially …

Carbon catabolite repression (CCR) controls the order in which different carbon sources are
metabolized. Although this system is one of the paradigms of the regulation of gene …

Carbon catabolite repression (CCR) is a key regulatory system found in most
microorganisms that ensures preferential utilization of energy-efficient carbon sources. CCR …

The Crc protein is a global translational regulator involved in catabolite repression of
catabolic pathways for several non‐preferred carbon sources in Pseudomonads when other …

Carbon catabolite repression (CCR) is a regulatory mechanism by which the expression of
genes required for the utilization of secondary sources of carbon is prevented by the …