Sentence examples for approach for vector from inspiring English sources

Use of Bacillus thuringiensis (Bt) protein as biopesticide has been proved successful approach for vector control As like chemical pesticides, resistance to Bt proteins have also been reported.

Any elimination strategy will rely on spraying of households with insecticides as its main approach for vector control.

SLiCE is a simple and highly cost-effective approach for vector construction because, apart from adenosine triphosphate (ATP) and commonly used buffers, only an E. coli lysate was required for the seamless ligation of DNA fragments into vectors.

As such, this model is still widely cited as theoretical support for adult mosquito control as the best management approach for vector-borne diseases [4], [5], [6].

Previous studies have demonstrated the utility of this approach for vector-borne diseases, including for dengue [ 11- 13], malaria [ 14- 16] and rift valley fever [ 17].

Originally, the chimeric cloning approach for vector-based miRNA expression that was used in this study was developed and tested for the stable over-expression of mouse miRNAs and shRNAs [ 26].

Novel approaches for vector control have been called for.

Other approaches for vector control have proved effective in preventing infection in humans, such as insecticide treated bednets 28 or preventing bugs from feeding on animal reservoirs by using insecticide treated dog collars.

In addition, the study of sex-biased genes will shed light on mosquito sex determination and sexual differentiation, processes that can be used in novel genetic approaches for vector control.

It is anticipated that this information will enable the development of new diagnostic tests, vaccines and therapeutic agents; it is also likely to lead to new approaches for vector control, and reveal why individuals and populations vary in their susceptibility to infectious diseases [ 1].

Furthermore, this knowledge may result in the development of novel approaches for vector-targeted control of disease, as recently shown by the isolation and use of sex-specifically expressed genes to develop transgenic sexing strains in Aedes aegypti, which are useful for the male sterile insect technique [ 59].