Sentence examples for degree of malaria from inspiring English sources

While our data do not rule out an increased risk of Pf illness in A+/A− individuals, it is reassuring that we did not detect any effect on risk of Pf infections and density of Pf infections, given that risk and degree of malaria illness is related to levels of parasitemia [36].

In view of the fact that our study included children with different degrees of malaria with a WBC count ranging from 2.2 – 33.5 ×10/L, it may be possible that some of these children had concurrent bacterial infections which were not clinically apparent and were beyond the scope of this study.

An increase in ICAM-1, VCAM-1, and E-selectin mRNA was found in HUVEC from patients with different degrees of malaria (uncomplicated, severe, or CM) after co-culturing with iRBC-fed mononuclear cells, however such increase did not appear specific for CM.

The observation of very high antibody titers after vaccination in one volunteer that had some degree of preexisting malaria immunity at the start (and therefore wrongly included) is quite promising in this respect and justifies the planning of a Phase Ib trial in Africa.

It is of considerable importance to note that this can be generalized to any volume of data over any spatial range to achieve a great degree of predictability of malaria incidence over time with respect to the factors considered in the respective study.

Although the degree of polyclonality of malaria infections in Tasanh has not yet been demonstrated, PCR genotyping in the subset of patients from this study with reappearance of P. falciparum parasites indicated that 7 of 9 (78%) had polyclonal infections at baseline.

The degree of clustering of malaria cases in hospitals has significant operational implications.

Of similar importance, the introduction of the strategy of universal diagnosis has provided a high degree of certainty on malaria incidence throughout Senegal.

Intermittent preventive treatment (IPT) with antimalarial drugs given to all children once a month during the transmission season can provide a high degree of protection against malaria [1].

It is of considerable importance to note that this combination of multivariate analysis techniques with our basic methodology to model disease incidence at zonal level can be generalized to any volume of data over any spatial range for achieving a great degree of predictability on malaria incidence over time under different environmental factors.

As they pointed out, a bednet that is treated once every six months provides a much higher degree of protection from malaria than a non-treated net.