Sentence examples for propagation of pathogens from inspiring English sources

The Organization constantly reviews its list, taking into consideration the state of knowledge and innovation as well as the propagation of pathogens and disorders (WHO Expert Committee on the Selection Use of Essential Medicines [2012]).

Release of exosomes by tumor cells [52] and their implication in the propagation of pathogens such as retroviruses [53] and prions [54] suggests their participation in pathological situations.

Another reason is the multitude of process options and host cell systems used for propagation of pathogens.

In the melanization pathway of B. mori, serine protease cascade is one of the most important biochemical reactions to inhibit the propagation of pathogens [ 33].

Various biological roles have been proposed for EVs, including disposal of superfluous or harmful cellular content, emission of signaling and regulatory molecules for cell-cell communication and functional modification, propagation of pathogens, stimulation or inhibition of the immune system, antigen presentation, and many more [ 4, 75].

Similar involvement of microRNAs in the host-pathogen interaction was shown for host microRNAs affecting the growth and propagation of pathogen [35], [36] as well as pathogen-encoded microRNAs impacting host cellular physiology [37] [39].

Specifically, she discussed the state-of-the-art in understanding transmission of crop pathogens and propagation of human pathogens in the field and from pre to post-harvest.

RTIs often result from new invasion and abnormal propagation of specific pathogens into airways.

Fourth, as antimicrobial misuse could result in the emergence and propagation of resistant pathogens [ 69, 70], intervention measures to ensure the prudent use of drugs and curb further escalation of the problem are needed.

Facultative endosymbionts are of particular interest since some may represent a transitional state between free-living bacteria and obligate mutualists, thus offering insights into both the early evolutionary stages of mutualism and the propagation of invasive pathogens (Dale and Moran 2006; Moran and Degnan 2006).

Our work has shown that the automatic injector, coupled with COPAS analysis and sorting, provides an extremely powerful high-throughput pipeline for infecting and analyzing zebrafish embryos, and offers a new in vivo tool for rapidly testing the efficacy of large panels of molecules on the propagation of the pathogen studied.