Mosquito-borne diseases continue to remain major threats to human and animal health and impediments to socioeconomic development.Increasing mosquito resistance to chemical insecticides is a great public health concern, and new strategies/technologies are necessary to develop the next-generation of vector control tools.We propose to develop a novel

Inhibitory effect of double-base solid propellants is exerted to control and prevent the burning degree of the exposed area which is due to longer burning time.In this research a composite inhibitor based on cotton fibers/epoxy resin was manufactured by filament winding technique.Some flame retardant materials such as antimony trioxide and tetrachl

Studies of homozygous PAR2 gene knockout mice have described a mix of phenotypic effects in vitro and in vivo.However, there have been few studies of PAR2 heterozygous (wild-type/knockout; PAR2-HET) mice.The phenotypes of many hemi and heterozygous transgenic mice have been described as intermediates between those of wild-type and knockout animals.