1. Describe your feelings about or response to the
interview.
I felt that the interview was very
informative. I have two family members
that have Parkinson’s disease, so it was nice to learn about the doctor’s
perspective on the disease. I liked that
Dr. Weinstein was so willing to talk to us; he seemed genuinely passionate
about his work and about educating the public about the facts about Parkinson’s.
2. What changes occurred for you as a result of
your interview?
The
interview helped me to realize how important a role protein misfolding plays in
the development of Parkinson’s. Like
most of the general public, I assumed that genetics played a distinct (albeit
unknown) role in the development of Parkinson’s. Hearing Dr. Weinstein explain how the drugs
used to treat Parkinson’s counteract the symptoms resulting from protein
misfolding really opened my eyes about the potential causes of this
debilitating disease.
3. Did anything about the interview disturb you?
What disturbed me about the interview, is when
Dr. Weinstein was asked about whether evolution was important in his field, he
promptly answered no. This surprised me
because in class we have talked about how important understanding evolution is
to medicine. This was especially disturbing
to hear, because since Parkinson’s disease results from protein misfolding, it
would logically follow that evolution would play a part in the mutations
leading to protein misfolding.
4. Describe the connections you found between the
interview and your
research & classwork.
What I learned about protein misfolding from the
interview was very similar to what I learned about in my Genetics, Cell
Biology, and Molecular Biology classes.
The difference is that I had not applied this line of thinking specifically
to Parkinson’s before the interview. I
also thought it was great how large an impact grid computing can play in
researching how proteins are folded.
From my classes, I have learned how important proteins are to the life
and development of our bodies, so it is great to learn that something so simple
as running a program on your computer can increase our understanding of protein
structure and function.
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