Metabolically versatile bacteria exhibit a global regulatory response known as carbon
catabolite repression (CCR), which prioritizes some carbon sources over others when all are …

Bacteria of the genus Pseudomonas consume preferred carbon substrates in nearly reverse
order to that of enterobacteria, and this process is controlled by RNA-binding translational …

In the opportunistic human pathogen Pseudomonas aeruginosa (Pae), c arbon c atabolite r
epression (CCR) orchestrates the hierarchical utilization of N and C sources, and impacts …

The remarkable metabolic versatility of bacteria of the genus Pseudomonas enable their
survival across very diverse environmental conditions. P. aeruginosa, one of the most …

The Gram‐negative soil bacterium Pseudomonas putida features a number of unique traits:
a versatile metabolism, an undemanding and flexible lifestyle, a high resistance against …

Bacterial physiology is regulated at different levels, from mRNA synthesis to translational
regulation and protein modification. Herein, we propose a parameter, dubbed post …

Carbapenems are often the antibiotics of choice to combat life threatening infections caused
by the opportunistic human pathogen Pseudomonas aeruginosa. The outer membrane …

The histidine kinase CbrA of the CbrAB two-component system of Pseudomonas putida is a
key element to recognise the activating signal and mediate auto-and trans-phosphorylation …

Pseudomonas species are the most versatile of all known bacteria for metabolic flexibility
and the extent of host range from plants to humans that remains unmatched. The evolution …

Many bacterial species have biotechnological applications, for example in the production of
compounds of interest by fermentation or biotransformation, the handling of waste and the …