Sentence examples for capacity of bacteria from inspiring English sources

Sewage digestion tanks and aeration devices specifically exploit the metabolic capacity of bacteria for this purpose.

This study provides strong evidence for the capacity of bacteria to degrade lignin, highlighting the need for further characterization of their activity and ecology in soil.

This work focuses on the use of a novel lux reporter system for monitoring the contaminating propagation capacity of bacteria present in platelet concentrates under standard storage conditions in the blood bank.

The capacity of bacteria to produce biofilm is an important factor in infectivity and happens via expression of ica genes.

It is well known that UFAs give the membrane a high degree of fluidity, thus affecting the adaptive capacity of bacteria.

This spread is linked to the capacity of bacteria to survive in dry environments and their need for simple growth conditions and to withstand disinfection and to persist in the hospital environment.

The emergence of vancomycin-resistant E. faecium (VREF) in the United States illustrates the transmission capacities of bacteria and the possibility of a postantibiotic era for nosocomial infections in critically ill patients.

To decipher the mechanisms accounting for the cross-talk between bacteria/soluble factors and intestinal epithelium, we measured the capacity of the bacteria, its conditioned medium (Bb-CM) and other Gram commensal bacteria to dampen inflammatory chemokine secretion.

With the aim of comparing K. rhinoscleromatis infection with the well-characterized pulmonary pathophysiology of K. pneumoniae, we first evaluated the capacity of the bacteria to colonize the lungs of BALB/c mice following intranasal infection with 2.10 bacteria of either K. rhinoscleromatis or K. pneumoniae strain Kp52.145.

Biological nitrogen fixation is the enzymological capacity of certain bacteria and Archaea to convert gaseous dinitrogen to ammonium on a pathway to amino acid synthesis.

Immobilization has been reported to be an efficient approach for bacteria-based self-healing concrete to maintain the high-efficiency mineral-forming capacity of incorporated bacteria over a period of time.