Sentence examples for development of virulence from inspiring English sources
PBP2a found in the biofilm matrix is believed to have a role in the development of virulence in MRSA.
The acquisition of genes from the host and from its bacterial and eukaryotic parasites may be significant in the development of virulence traits of the virus, but also in its opportunistic pre-adaptation to alternative hosts, including humans.
Selenium is required for the proper functioning of the immune system, and appears to be a key nutrient in counteracting the development of virulence and inhibiting HIV progression to AIDS [ 8].
It further emphasizes the point that the evolution of virulence is not something that is easily "re-invented", but rather that gene exchange from pathogens to non-pathogens, via a mobile gene pool, is critical to the development of virulence.
Because mrp, epf, and sly are not appropriate as virulence markers for the ST27 complex members, development of novel virulence markers will be needed for efficient discrimination of S. suis strains virulent for humans.
It has been documented that adequate concentration of selenium inhibits in vitro HIV replication, prevents development of viral virulence, 2– 5 and therefore prevents disease progression.
It would also appear that the metavirulome is a contributing factor in the development of low-virulence niches for the primary host-specific microbiome.
Moreover, the software analysis programs cannot determine the significance of each mutation detected As a result, the development of multi-virulence-locus sequence typing (MVLST) scheme has been reported.
Among the new approaches is the development of small molecule virulence inhibitors that can disarm bacteria and allow the host to control the infection.
Although these 12 genome sequences provide extensive information to assist studies of virulence, development of therapeutics and diagnostics, and other aspects of GAS biology, a cautionary note is required.
On another side, these results suggest a new strategy for the development of bacterial inhibitors of virulence usable in complement or in place of antibiotics.
