Carbon catabolite repression in Bacillus megaterium is mediated by the transcriptional
regulator CcpA. A chromosomal deletion of ccpA eliminates catabolite repression and …

BenM, a member of the LysR-type family of transcriptional regulators, controls genes for
benzoate degradation in the Gram-negative bacterium Acinetobacter sp. strain ADP1 …

CatR, a LysR family protein, positively regulates the Pseudomonas putida catBC operon,
which is required for growth on benzoate as a sole carbon source. Transcriptional studies …

Psudomonas putida CE2010 can assimilate biphenyl despite its high similarity to P. putida
F1. Biphenyl degradation in strain CE2010 was achieved using a mosaic of pathways …

Background Soil microorganisms are mainly responsible for the complete mineralization of
aromatic compounds that usually originate from plant products or environmental pollutants …

Mutants of Pseudomonas putida mt-2 that are unable to convert benzoate to catechol were
isolated and grouped into two classes: those that did not initiate attack on benzoate and …

Class I benzoyl-CoA (BzCoA) reductases (BCRs) are key enzymes in the anaerobic
degradation of aromatic compounds. They catalyze the ATP-dependent reduction of the …

Bacillus c atabolite c ontrol p rotein (CcpA) mediates carbon catabolite repression (CCR) by
controlling expression of catabolite responsive (CR) genes or operons through interaction …

The regulatory protein CbbR, which activates the transcription of the duplicate,
chromosomally and megaplasmid pHG1-borne cbb CO2 assimilation operons of …

The mbd cluster encoding genes of the 3‐methylbenzoyl‐CoA pathway involved in the
anaerobic catabolism of 3‐methylbenzoate and m‐xylene was characterized for the first time …