My name is Anthony James.
The title of the talk is Population Modification of Malaria Vector Mosquitoes.
I'm in the Department of Microbiology and Molecular Genetics and
Molecular Biology and Biochemistry at the University of California Irvine.
What I'm going to be doing today is
introducing the problem that we're going to be talking about,
outlining some potential solutions and at the end,
talk about moving ahead.
So the first question we have is, what is malaria?
Malaria, as an infectious disease,
it's something that you patch and is caused by an intracellular protozoan parasite.
The image that we have here is a blood smear of human red blood cells.
For those of you taking Human Anatomy,
you recognize that these cells should be empty.
What we see here are little purple inclusions,
which represent the malaria parasites.
Malaria is a mosquito-borne disease.
It's transmitted by members of the genus Anopheles.
We have an image here of Anopheles.
It can be female feeding on someone's arm.
There's a high degree of whole specificity of a malaria parasite.
We find that there are malaria parasites that will infect humans,
and we find malaria parasites for example that will infect mice.
Human parasites will not cause disease in
mice and mice parasites will not cause disease in humans.
This will be important for us later on.
The other thing that's significant is there are no free living forms of the parasite.
We know where they are. They're either in
the mosquitoes or they're in the vertebrate hosts.
In the case of human malaria parasites,
of course, those are human beings.