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"My name is Hannah and I am a junior here at the University of Kentucky, an undergraduate.
And we are in the Wethington Building where there are tons of research labs and classroom
buildings underneath. And I am working with cell culture right now. Well, as you know,
obesity and type two diabetes are huge problems in the US right now and so I hope that this
will help the overall research about obesity and type two diabetes. Because there has been
some research to say that the maternal's health, the maternal exercise and sedentary if that
will impact the offspring's health. So I would really like to see if there is a difference
and if, when mothers exercise during pregnancy if that will truly help the offspring's health.
I'm from Louisville, Kentucky and I was first motivating to do research when I was a little
girl. I grew up with a best friend with a bleeding disorder called hemophilia. And it's
where your blood doesn't clot so like ours, we spontaneously bleed but our blood clots
it up and we're good. But his, he would constantly get bruises and he would always be in pain
and I was just so frustrated and confused, why isn't there a cure? Why can't we help
him be a normal kid? So that's when it first sparked my interest where maybe I can be somebody
who can help people like him find cures or find other kinds of things to help him through
that.
My parents are not scientists. One is a bookkeeper and the other is a property manager, so nowhere
close to science. So they're not sure why or where my genes came from and why I'm so
interested in science. I've always like math and science, though.
I work with cells so I have to use a microscope to make sure they're growing well. Very tiny
cells, mouse embryonic fiber blast to be specific and I'm working with two groups of cells and
once group of cells came from mothers who exercised and the other group of cells came
from others who are sedentary. So I want to see if the offspring will have different health
outcomes. So I'm doing a adipogenesis experiments to see if the cells will differentiate into
fat cells and I'm also doing glucose uptake to see how well those cells uptake glucose.
I think that we all have the potential to make a difference in the science world because
we need so, we need so much evidence to truly say that something is true. So we need a lot
of research and so we need all people going into science to do research. I'm passionate
about it because I feel that I am making a difference and that hopefully what I am doing
now can help others continue to do research and make a difference in the health of the
world, of every human being because it's awesome getting the feeling that what you're doing
can help the health of others."