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Welcome to Stephen Dobson’s finding. The professor of medicine
and Vetinary entomology believes his mosquito food may lead to fewer
mosquitoes. But how exactly?
Through
a press release he explains that, the artificial blood he developed will allow
people in remote areas around the world to sustain colonies of mosquitoes, even
in those areas with limited resources and difficult logistics. Colonies that
will later be used in studying the blood sucker.
“Multiple,
new approaches to control mosquito populations require the ability to rear
mosquitoes,” Dobson said. “The artificial blood technology will help us to
better fight disease-transmitting mosquitoes in resource-limited areas.”
In one approach patented by the University of Kentucky,
mosquitoes are essentially sterilized by a naturally occurring bacterium,
called Wolbachia. With an ability to rear large mosquito numbers, the approach
can be used as an organic pesticide, to overwhelm and sterilize mosquito
populations that transmit diseases like malaria, flilaria, dengue and yellow
fever. Once sterilized, the mosquito population declines and can be eliminated.
Dobson’s
research on developing artificial blood for mosquitoes has made him a Grand
Challenges Explorations winner, in an initiative funded by the Bill &
Melinda Gates Foundation.
Mosquitoes spread deadly diseases like malaria, Yellow fever, West Nile, Chikungunya and many others.