… of alkane degradation described in Pseudomonas putida Gpo1. … which possess catabolic
genes that can degrade or hydrolyse … This chapter mainly explains the genes and their roles …

… why the naphthalene degrading Pseudomonas putida PpG7 was … alkane metabolism are
product repression and catabolite … putida, Crc also limits the translation of mRNAs coding for …

… For example, if it was found associated with specific catabolic genes, the function of these …
Catabolite repression has been well-studied in P. putida GPo1, where the alkane degradation …

… alkane oxidation is the alkB family of alkane hydroxylases. The alk system was first described
in Pseudomonas putida GPo1 … genes, further suggesting that the alkane-degrading genes …

… Crc is a protein that in Pseudomonas has a key role in carbon catabolite repression, a … B)
the mcl-PHA producer Pseudomonas putida KT2440. Green arrows indicate positive regulation …

… synthesis in Pseudomonas putida, together with several sRNAs [… catabolite repression control
protein (Crc) plays a key role in … and degradation is expected to be affected by the carbon …

… catabolite repression control thorugh the CbrA/CbrB and Crc/… role in Pseudomonas catabolite
repression together with Crc … pWWO from Pseudomonas putida and cloning of genes for …

… styrene degradation pathway, tph genes act as a catabolic regulon … putida GPo1 with the
presence of C6–C12 n-alkanes, the … Analysis of Pseudomonas putida alkanedegradation gene …

… The alkB family of alkane monooxygenase gene was first … degradation operon on TOL
plasmid originally identified in P. … and the repressed signals are correlated with the presence of n-…

… Crc and other signal transduction proteins facilitate catabolite repression [29–32]. …
putida strains capable of degrading many environmental pollutants such as hydrocarbons [215], …