Additionally, two GM plant types possessing pathogen-resistant genes which are supposed to interact with an invading organism could be developed into a commercial product: GM virus-resistant papaya and squash grown on 2,000 ha each in the USA [6].
Amphiphilic NPs possessed pathogen-mimicking properties by activating DCs similar to lipopolysaccharide (LPS); thus, it has the ability to activate innate immune response [ 114].
The genera Ehrlichia and Anaplasma possess all pathogens in the family that are transmissible by ticks and that generally infect peripheral blood cellular elements, including leukocytes, platelets, and erythrocytes.
As discussed by Cavicchioli et al. 1, there are several characteristics possessed by pathogens that Archaea seem to share.
Owing to technical limitations, such approaches ignore the vast multitude of traits possessed by pathogens that could otherwise be used for a substantially improved understanding of their identity, virulence, and transmission.
Bacterial pathogens possess an array of genes on pathogenicity islands scattered around their chromosome, plasmids and lysogenic bacteriophages, which function together to mediate microbial virulence [ 28, 29].
The pathogens possess certain unique metabolic features that can be exploited for the development of new drugs.
Many gram-positive pathogens possess external pili or fimbriae with which they adhere to host cells during the infection process.
We have recognized that different pathogens possess distinct mechanisms to evade or coopt one or more immune cells to establish infection.
Numerous Gram negative pathogens possess a type III secretion system (T3SS) which allows them to inject virulent proteins directly into the eukaryotic cell cytoplasm.
Although genome sequencing has revealed that many bacterial pathogens possess homologues of nqr and other primary and secondary sodium pumps [46], the role of Na+ -cycling in pathogenesis is largely unknown, except in Vibrio cholerae.
