Sentence examples for terms for malaria from inspiring English sources

The force of infection terms for malaria infection from mosquito to human and vice versa is given by λ M and λ V, respectively, where (21) λ M = β M b M I V N H, λ V = β V b M I M N H.

We recognize the confusion caused by using these two terms, and have tried to make the distinction between these tests clearer by re-labeling tables and figure using taxonomic terms for malaria, restructuring Tables 2 and 3, as well as referring to type of malaria sp. detection throughout the manuscript.

These parameters are assumed to be less than 1, with ϵ1 > ϵ2 to account for the fact that coinfected individuals have compromised immune systems, whereas η1, η2, η3, and η4 (each assumed to be greater than 1) scale the force of infection term for malaria (λ M ) to account for individuals' history of HIV/AIDS infection.

Because most malaria deaths occur in areas not covered by routine death certification, verbal autopsy (VA) methods have been used in many settings as the only available source of cause of death data, but their validity in absolute terms for assigning malaria as a cause of death remains open to question.

We searched both Medline and Scopus from 1996 to May, 2009, using MeSH terms and textwords for "malaria", and combined these with MeSH and textwords terms for "National Health Programs", "communicable disease control" and "referral and consultation".

Consequently, the PHMRC dataset is not particularly useful in terms of validating VA in general for malaria.

In this paper we use a previously validated mathematical model to explore the transient and long-term population impact of exposure-reducing interventions for malaria [20].

As this term is used in almost all protocols for Malaria culture we have maintained its use for comparison purposes.

The term epidemic is applied more liberally today for malaria in the Kenyan highlands; it is essentially used for any occurrence of cases in excess of normal.

A team lead by researchers at Yale University found that the parasite responsible for malaria creates a signaling molecule that converts long-term memory T cells into short-term immune cells, thereby tipping the balance in favor of the parasite.

The results are discussed in terms of the role of drug resistance as a driving force for malaria outbreaks in the highlands.