This
morning, we went to Room 218, instead of our usual 324, for the lecture with
our guest speaker, Dr. Peter H. O’Donnell! We shared this lecture with the
biotechnology class, so the room was pretty full once everyone was seated. I
sat near the back of the class, and it was funny to see how the two classes
segregate themselves in some sort of nonverbal arrangement; our Contagion people
occupied the right back side of the room, while the other class took the left
and the front of the room.
At
9 AM, lecture began, and Dr. O’Donnell introduced himself. He works at the
University of Chicago Medical Center and specializes in a field called pharmacogenomics,
or the study of how a person’s genes affect their responses to certain types of
drugs. I had never known that such a field of science existed before and was
immediately hooked.
Two classes here, so the room is full. |
The
hour and a half we had with Dr. O’Donnell passed by in the blink of an eye;
there was still so much to discuss, so much to learn, and I wished we were
allowed more time with him. He went over the overview of pharmacogenomics with
us, presenting us with little cases and explaining how a person’s
genetics caused this or that adverse reaction to a certain drug. He also talked about
the real-life application of pharmacogenomics, which could save lives.
Towards
the end, he also talked about his research project with us, which had been
going on for seven years so far. The 1200 People Project is an experiment that
Dr. O’Donnell and his colleagues devised, where around 1200 volunteers gave
consent for the scientists to run a basic genetic test on them, mapping their
genetic sequences for the markers that could impact reactions to drugs. They
then sent these results to each patient’s doctor to see if the doctors would change
the way they prescribe drugs based on these tests. This project is still
ongoing, but so far it’s looking that having genetic test results available really
do aid doctors in prescribing the right medicine.
At
10:30 AM, lecture was over, and I left the room burning with the feeling of the
discovery of yet another possible field of science I want to go into. I carried
this excited energy into lab work (we did PCR once more and then patching
experiments), which lasted until lunch, and into the afternoon lecture.
In
the afternoon, Dr. Fineschi talked more about influenza with us. I found the
1918 flu to be extremely fascinating, given how it still puzzles scientists to
this day how the three age groups with the highest death rates were
infants/toddlers, the elderly, and young adults – young adults, whose immune systems
should, theoretically, have been the strongest. I will read more about research
done on this phenomenon on my own.
Then,
I reminded Dr. Fineschi that she promised yesterday to explain why pigs were
consider the “melting pots” for viruses to recombine their genomes into a new
species, but unfortunately, we didn’t have time in today’s lecture, seeing we
had still to cover the SARS outbreak. However, Dr. Fineschi said that the pigs
would definitely be in tomorrow’s lecture.
Nice day, red car. |
After
class, at 4:30 PM, I met up with Karla and left on a trip to the Osaka Garden
in Jackson Park led by Charlotte, one of the RAs. It was around a 25
minute walk and rather hot today, but luckily, there were plenty of shade on
the way, so most of the time we were not under the glaring sun.
Before
we could go to the Osaka Garden, which is in Jackson Park, we had to walk
around some parts of park, and it was really beautiful. There was a huge pond,
and while the water was nowhere near the quality of lakewater at Lake Michigan,
the whole view was extremely soothing. With the cool breeze from the water
blowing across our faces on a hot summer day in Chicago, it made for a very
pleasant walk around the park.
Walking through the park |
I
had known that the Osaka Garden is a Japanese garden built in 1983, and I had
had high expectations going on this trip, but now I am beginning to notice a
trend that whenever I have high expectations, they usually fell flat. The
garden was breathtaking, for sure, and an amazing place that could give one
inner peace and calm (there was a mini waterfall!), but the garden lacked the
most distinguishing feature from its namesake – a sense of Japanese style.
The entrance |
The
garden had spider plants, moss, and walnut trees – which are awesome, don’t get
me wrong – but there were only two or three bonsai trees. Groups of ducks and
geese glided smoothly the water. There were a few structures with strong hints
of Japanese influence, but for the most part, both Karla and I agreed the park
was much Americanized and lacked a certain elegance of its Japanese heritage.
It was a shame, because we read on a sign that the garden had been vandalized
several times during World War II and, after the war, was repaired, reconstructed,
and maintained since then. However, it was clear that they never managed to restore
the garden to its former glory.
You can see the Japanese style if you look from far away. |
I don't think spider plants are very Japanese ... but I could be wrong. |
After
dinner, since I went on the trip right after class, I had to return to the dorms
to do my homework. I caught up on my reading and did a bit research
for our final project, for which my partner and I have finally decided on a
topic, with the help of Dr. Fineschi: the origin of Zika and how it causes microcephaly.
That
was the end of my day! For tomorrow, I can’t wait to finally learn why pigs are
the “melting pots” for influenza viruses to mix their DNA and create completely
new strains. During class, we have learnt about the how, but I think it is just
as equally important to understand why
something happens as well, and it is just so interesting that pigs alone specifically
serve as the melting pots. I’ll be sure to keep everyone updated as I find out
more!
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