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Research
Reed Larson (left) and Michael Waul
Reed Larson, Michael Waul, and Ron Brisbois
We spent the summer as part of a research team in chemical genetics,
a collaborative project of the biology and chemistry
departments, with the goal of synthesizing compounds
thought to inhibit the plant hormone auxin and various auxin signaling
pathways in Arabidopsis thaliana, a flowering plant
whose small genome and rapid life cycle make it a model
organism for plant study.
At the same time, students of biology
professor Paul Overvoorde designed
and carried out experiments to determine
the utility of these compounds for
their biological effects in Arabidopsis.
Arabidopsis thaliana
We honed our skills in instrumental
analysis (mass spectrometry
and nuclear magnetic resonance),
purification methods (flash
column chromatography and recrystallization),
reaction set-up and operation (inert atmosphere), and laboratory
safety.
Each day was a quest for the prize. Often, we would spend days
on the same reaction, changing the amount of reactants used,
rearranging their order of addition, lengthening reaction times, or
trying different reaction temperatures. The attention to detail was
worthwhile - there is nothing like the feeling of exhilaration experienced when the hard work
has paid off, and you have made a molecule never before reported
in the scientific literature.
This decription is adapted from Reed Larson's story. To view the complete story, please click here
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