Sentence examples for model for infectious from inspiring English sources
Drosophila has been established as useful model for infectious diseases because it allows large numbers of whole animals to be studied and provides powerful genetic tools and conservation with signaling and pathogenesis mechanisms in vertebrates.
In this paper we propose a new model for infectious diseases spread having susceptible, infected, and recovered populations and study its dynamics in presence of incubation delays and relapse of the disease.
This provided an alternative model for infectious disease research [ 4].
The use of zebrafish as a model for infectious diseases, inflammatory disorders, cancer and other immune-related diseases is growing rapidly (Mione et al., 2009).
A task force to collect data on the epidemiology of virtual infections as a model for infectious diseases might be an important first step.
The use of the zebrafish embryo model for infectious disease studies provides the opportunity for future studies involving 4D imaging, genetic screening and high-throughput drug discovery.
It is appropriate for vaginal substitution and disease modeling for infectious studies, vaginal applicants, and drug testing.
In this section, a class of S I R epidemic models for infectious diseases between two patches is developed, in which only susceptible people may disperse between two disjoint patches.
In my lab, we use mouse models for infectious and autoimmune diseases to understand the cellular and molecular mechanisms of; pathogen recognition by PRRs in macrophages and DCs, initiation of inflammatory responses in the innate immune system, and the impact of innate immune inflammation on the development and regulation of T cell-mediated adaptive immune responses.
Historically, models for infectious diseases considered populations of host and pathogen to be well-mixed with homogeneous disease transmission among susceptible and infected individuals.
By taking advantage of the RFID technology, our results account for important heterogeneities in the hospital population and in the interactions among patients, health care workers, and visitors, that enable an accurate parameterization of models for infectious disease spread on the close-contact route.
