Sentence examples for bacteria which are capable from inspiring English sources

A microbial fuel cell electrochemically converts biomass into electricity through the catalytic activity of specific species of bacteria, named exoelectrogen or anode-respiring bacteria, which are capable of transfer electrons outside their outer membrane [1 3].

Perhaps the most studied example of gradient perception is chemotaxis in certain motile bacteria, which are capable of perceiving and adaptively responding to the spatial attributes of resource gradients, registering nutrient concentrations at different points in time [e.g. 18], [19].

Deletion of capB in both F. tularensis LVS and the highly virulent SCHU S4 strain attenuate the bacteria, which are capable of inducing protection in mice against challenge with the parent strain [34], [35], [36], [37].

We show here that such a comparative transcriptome and proteome analysis with a consideration for temporal dynamics can yield intriguing insights into the process of growth and stationary phase adaptation in Streptomyces spp. Streptomycetes are a group of gram-positive mycelial bacteria which are capable of synthesizing an amazingly diverse repertoire of potent biomolecular agents.

Bacteria, which are capable of such binding, are likely to gain an advantage over the luminal bacteria through access to additional nutrient sources provided by the MGL itself.

Consequently, some bacteria which are capable of degrading MCs are also able to degrade NODs (Table 1), possibly due to the similar mode of action of MlrA that cleaves hydrolytically their cyclic structure at the Adda-Arg peptide bond [ 28].

It also discusses the development of a mutant strain of the named bacterium, which is capable of growing in a high glycerol concentration and of resisting product (ethanol) inhibition.

NTM include many species of acid-fast bacteria, some of which are capable of causing chronic progressive diseases in mammals, birds, reptiles and fish.

Treatment failures are already occurring in patients with infections whose only unusual feature is causation by multidrug-resistant (MDR) bacteria, some of which are capable of resisting all the available antibiotics [ 2].

On plant surfaces, L. plantarum should be in close association with other bacteria (or fungi) which are capable of plant polysaccharide degradation and L. plantarum could make use of the liberated oligosaccharide units.

The invisible light rays beyond the violet of spectrum which are capable of killing all types of bacteria, cysts and spores.