Sentence examples for pathogen understanding from inspiring English sources

Considering the importance of the emerging pathogen, understanding the pathogenesis of CHPV infection in humans and experimental animals assumes immediate priority.

As catalases have reached a striking diversity among prokaryotic and eukaryotic pathogens, understanding their phylogenetic and molecular relationship and function will contribute to drug design for prevention of diseases of humans, animals and plants.

Since a rapid response of the adaptive immune system to infection is essential for clearance of most pathogens, understanding how cell cycle is regulated in T lymphocytes will not only yield important basic information on the biology of cell division but also may prove to be an important consideration in vaccine design.

DOI: http://dx.doi.org/10.7554/eLife.03650.003 Given that orthologs to LapD and LapG are found in a variety of bacteria, including several pathogens, understanding the molecular mechanism by which c-di-GMP binding to LapD's cytosolic EAL domain alters the ability of its periplasmic domain to bind LapG is of great interest.

As human CMV may impinge on immunity to other pathogens, understanding how such virus-specific CD8+ T-cell populations arise and are controlled may lead to new strategies to modulate these cells for the design of immune therapeutic and vaccination strategies.

Although alveolar macrophages are the primary residential innate immune cells and play a pivotal role in the clearance of bacterial and viral pathogens, understanding of and research on their specific function in the context of heavy alcohol consumption and AUD still is lacking.

His primary interests center on investigating respiratory and tick-borne pathogens and understanding their roles in human disease.

Hosts are constantly challenged by the ubiquitous presence of pathogens and understanding the genetic architecture of these interactions is critical to developing tools to prevent infection.

Advances in controlling foodborne pathogens depend on understanding the pathogens' physiologic responses to growth constraints, including constraints conferring increased survival capacity.

Monitoring pathogenic variability of fungus based on DNA markers will greatly help in understanding pathogen diversity and their pathogenicity.

In fact, the standard neutral model of M. Kimura [6], that has provided us with a null model against which we can create interesting alternative hypothesis to understand molecular evolution and variation, is far too simple for understanding pathogen genetic diversity.