Sentence examples for large pathogens and from inspiring English sources

The former involves the action of haemocytes in phagocytosis of microbes, encapsulation of large pathogens and nodule formation [ 1] whereas the latter involves activation of prophenoloxidase cascade leading to melanisation of invading microorganisms [ 2] and synthesis of a battery of anti-microbial peptides [ 3].

Unlike the innate immune response, the adaptive immune response targets unique molecules of different sizes, shapes and chemical compositions ranging from small organic molecules to large pathogens.

And the human immune system is programmed to attack large pathogens in the blood, like bacteria or viruses.

Given that less than 0.4% of the antigens contained in C. burnetii were screened, this suggests that prioritizing antigens targeted by antibody responses is an efficient strategy to identify at least a subset of CD4+ targets in large pathogens.

The technique is general and can be applied to a wide range of biological agents from proteins to large pathogens.

Since the T3SS array on the EB surface is established prior to host contact, then it likely originates from the large pathogen synapse assembled in RBs from the previous lifecycle.

These cells identify and eliminate pathogens, either by attacking larger pathogens through contact or by engulfing and then killing microorganisms.

Macrophages can ingest and eliminate larger pathogens that are not handled by the neutrophils; in addition, they remove the cell debris of apoptotic neutrophils in order to resolve an inflammatory response (Ref. 5).

Efficient identification platforms must also cope with the large diversity of pathogens and the need to differentiate them from closely related non-pathogenic species [2].

For example, people die in large numbers from pathogens, and insects develop resistance to pesticides; both of which can affect the nation's economy (Kliman and Johnson 2005).

Unlike with Mycobacterium strains, the Corynebacterium isolates do not show such a large change between pathogens and nonpathogens.