Sentence examples for competence population from inspiring English sources

Cx. quinquefasciatus is probably an SLEV vector, according to studies of vector competence, population abundance of mosquitoes, and viral isolations in Argentina (5, 11 ).

Results suggest that future studies should include other factors related to vector abundance, vector competence, human population, and parasite and reservoir host(s) to produce more comprehensive ZCL transmission risk maps, thus helping in planning effective prevention and control strategies.

Thus, similar to the situation in the Indian Ocean during the devastating chikungunya outbreaks in 2005 2007 (7 ), the risk of introduction of the virus to the Pacific region, followed by severe consequences for the area, is high because of virus strain, vector competence, and population mobility.

In addition, a number of studies have documented highly variable levels of arbovirus vector competence among populations of individual mosquito species, demonstrating the specificity of arbovirus-mosquito interactions and host-virus genotype by genotype outcomes [ 54, 55].

Hence, the purpose of the present study was to investigate vector competence of populations of Ae. aegypti from Dakar and Kedougou and Ae. unilineatus, Ae. vittatus, and Ae. luteocephalus from Kedougou for 6 ZIKV strains to take into account the high diversity of hosts (human, NHPs, and several mosquito species) and location from which ZIKV strains were isolated.

Capacity building can be performed either at a government level to improve the competence of the population as a whole, by the individual who wishes to benefit and work out ways to self-learn, or by institutions that want to improve the capacity of their own employees or of those who will pay them to provide an educational programme of some sort.

Given this scenario, the preservation of every-day life competence of aged populations becomes increasingly important.

The study demonstrates the relationship between the differing vector competence of two populations of Culex p. quinquefasciatus and gene expression changes that result from exposure to WNV.

The identification of species-specific differences provides an evolutionary explanation for variability in vector susceptibility to arboviruses and suggests that understanding the costs of infection and resistance are important factors in determining the potential competence of vector populations for arboviruses.

The identification of species-specific differences provides an evolutionary explanation for variability in susceptibility of mosquito vectors to arboviruses and suggests that understanding the costs of infection and resistance, together with the co-evolutionary history of vector and virus, are important considerations when evaluating the potential competence of vector populations for arboviruses.

We do not know enough regarding the interplay of individual, institutional and contextual variables and their effects on economic-civic competence within the observed population.