Sentence examples for pathogens which has from inspiring English sources

This study demonstrates that SMM-system is a high-throughput specific marker generation tool that can be used to identify genus-, serogroup serogroup- and even serovar-specific DNA sequences of microbial pathogens, which has a potential to be applied in food industries, diagnostics and taxonomic studies.

All the bactericidal function implementation depends on the affinity of the Fab region with the antigenic components of bacterial pathogens, which has been proved by the iELISA results.

Furthermore, contaminating bacteria present in semen, urine and preputial wash can overgrow these pathogens, which has more fastidious growing.

The collection of isolates in conjunction with epidemiologic data has contributed to the microbiological and molecular characterization of pathogens, which has played a part in the development of vaccines and monitoring of antimicrobial drug resistance.

In a recent study, 399 microRNAs were identified by deep sequencing of tissues of the Black flying fox (a confirmed natural reservoir of the human hemorrhagic fever-inducing pathogens), which has a key role in protecting these animals from developing the disease.

Other new areas of research include the effects of environmental stresses on centrosomes and manipulation and exploitation of centrosomes and the associated microtubule cytoskeleton by pathogens which has been explored for Toxoplasma parasites (Coppens et al. 2006) and has been reviewed by Scaplehorn and Way (2004) in a recent book dedicated to various aspects of centrosome research (Nigg 2004).

The herpesviruses, ancient pathogens which have co-evoluted with human, are etiologically associated with a number of diseases, from asymptomatic to oncogenic and mortal diseases.

Second, it adds intestinal bacteria (coliform) along with other pathogens which have to be eliminated if the water is to be abstracted for domestic use.

Thus, TLR-mediated recognition of viruses might be important for those pathogens, which have evolved mechanisms that subvert cytoplasmic viral sensors.

Enterococcus faecium and Pseudomonas aeruginosa are part of the ESCAPE pathogens, which have the ability to "escape" the currently available therapeutic options.

Co-evolution of humans and pathogens has exerted a dual selective pressure on the immune system of the host that strives to control infection and on the pathogens, which have developed various strategies to circumvent the host's immune responses.