Sentence examples for models of virus from inspiring English sources
Our results will allow focused national serological studies, form the basis for the development of predictive models of virus transmission, provide a methodology for the use spatial analyses at a national level for other infectious diseases, and demonstrate the need for the reporting of arboviral and other disease cases at smaller geographic scales.
Priming of protective T cell responses has been shown in different models of virus infection to be deeply affected by the cross-talk between NK and DCs, where NK cells play a key regulatory function essential for DC maturation and subsequent T cell priming [19].
In parallel, mathematical models of virus treatment of tumors have been developed [ 3– 5].
In addition, mathematical models of virus treatment of tumors have been developed in recent years.
We combined and extended existing models of virus dynamics by incorporating pharmacokinetics, pharmacodynamics, and adherence behavior.
KWC is a graduate student at University of California Irvine, studying mathematical models of virus infections.
The development of mathematical modeling based upon research, primarily in vitro, examining hemopoiesis and stem cell renewal [29], models of virus-immune dynamics [30] and cancer cell propagation [31] typify these efforts.
To date, the functional consequences of B7-H1 inhavetion have been extensively explored in other models of virus-induced demyelination, such as infection with the JHMV strain of mouse hepatitis virus (MHV) [17].
The models of virus-induced epigenetic reprogramming may also apply to non-viral mechanisms of oncogenesis.
Clearly, the model described here is oversimplified, at least, in that it ignores virus population dynamics and immune system response; inclusion of parameters that characterize these and other factors may lead to more realistic models of virus-tumor interaction.
Analysis of agent-based models of virus-host coevolution suggest that this distinction stems from the fact that hyperthermophiles face lower virus loads and diversity than mesophiles providing for higher efficacy of CRISPR-Cas [ 28].
