Sentence examples for model for immunity from inspiring English sources

Our results were consistent with data previously cited for other mammalian species, thus confirming that the rabbit is a relevant model for immunity studies.

For AcrIIA5, we chose an ortholog present in phage D1126 877% aa ID), whose host, DGCC7710, is a model for CRISPR immunity and whose CR1 and CR3 systems are well characterized, with the former being more active38.

Recently, a chimeric mouse model for human immunity against P. falciparum was used to show that the Ab Fc region plays an important role in Ab mediated protection against erythrocytic stage malaria parasite infection [34].

After incorporating (C A, x) = x/(1 + C A / C ∞ ), the inhibition function of IL-10, we derived a comprehensive mathematical model for innate immunity of AIR as follows.

Apart from semi-syngeneic mice, embryo-aggregated chimeric mice (not to be confused with "hematopoietic chimeras" generated by bone marrow transplantation) will also harbor the same genetic background derived from both donor strains, albeit in still distinct cells dispersed throughout the body, and thus may serve as an attractive alternative model for tumor immunity.

Because our intervention of vaccinating children is in addition to any preexisting immunity in the population, conceptually we have R  = α R0, where 1 − α is the proportional reduction in susceptibility of exposed people, that is, the leaky model of immunity (20), that accounts for the degree of preexisting immunity.

Whether or not immunologists have appropriated such descriptions of personal identity for their models of immunity, certainly one can appreciate that immune theory makes easy transit to descriptions of Western societies.

These results mirror those found more generally for the range of infectious diseases in which endemic stability is predicted to occur as well as in simpler models for malaria immunity [18], [19], [25] [27].

Based upon our previous studies on the ODE model of CD4+ T cell differentiation and agent-based modeling for enteric immunity, it is concluded that developing multiscale models requires significant reduction of the intracellular ODE model before integrating them into the inter-cellular agent-based models.

Because of the importance of insects as models for vertebrate immunity (Lemaitre et al. 1996) and as vectors of disease (Enayati and Hemingway 2010), insect immune defenses have been studied in great detail (Rolff and Reynolds 2009; Kounatidis and Ligoxygakis 2012) and the interplay between constitutive and, hence, fast-acting immune responses and inducible defenses has been elucidated.

The rodent malaria parasite Plasmodium yoelii is an important model for studying malaria immunity and pathogenesis.