Sentence examples for bacterial function from inspiring English sources

These 199 peptide transitions could be detected and used both as biomarkers of bacterial function and relative abundance within a mixed sample in this particular environmental context.

In the 1970s scientists began to conduct experiments with genetic engineering and recombinant DNA technology, in which they modified the genetic code of wild-type (naturally occurring) bacteria by inserting single wild-type genes that could alter bacterial function.

It is important to keep in mind that these shifts of bacterial function could be due to low temperature and tidal actions that may structure the bacterial communities5,7,10.

Nitric oxide (NO) and its auto-oxidation products are known to disrupt normal bacterial function and NO releasing molecules have the potential to be developed as antibacterial leads in drug discovery.

Specialization of bacterial function (terminal differentiation) or sacrifice of some individual cells in favor of others (altruism) within these communities appears to exist and elimination of cells using a genetically inherent pathway could be advantageous [8], [36].

Independent transfers of the same bacterial function to distinct eukaryotic clades seem to have occurred repeatedly in yeasts and other organisms, often in replacement of ancestral eukaryotic genes lost during evolution [21], [23], [25].

The approach enables previously unidentified bacterial functions in the ecosystems to be elucidated.

In prokaryotes cyclic di-GMP has emerged as an important and ubiquitous second messenger regulating bacterial life-style transitions relevant for biofilm formation, virulence, and many other bacterial functions.

SPION might be the ideal antibacterial treatment, with a superior ability to decrease multiple bacterial functions, target infections in a magnetic field, and had activity better than antibiotics or metal salts alone, as is required for the treatment of medical device infections for which no treatment exists today.

Ca++ is implicated in a number of bacterial functions, including chemotaxis and the cell-cycle [12], [13].

Members of this superfamily regulate diverse bacterial functions, including sugar catabolism and responses to stress and virulence [19].