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<strong>Undergrad</strong>uate Research at UMass Dartmouth<br />
Figure 4. Phylogenetic tree of SIAT7 cDNA samples from Clark’s Clownfish (ACL), Three stripe domi<strong>no</strong> damselfish (DAR), Three spot<br />
domi<strong>no</strong> damselfish (DTR), and staghorn damselfish (AmCu)<br />
95<br />
zone and experienced new things in the lab and<br />
learned immensely from bioinformatics alone. Being<br />
able to get results from looking at gene sequences<br />
and databases on local computers, and searching<br />
national gene databases, I could answer one of<br />
my research questions without even picking up a<br />
pipette. As a biology student, I underestimated the<br />
wealth of information bioinformatics shows and<br />
how important it is to do these steps in research.<br />
Conducting experiments in the lab is rewarding, but<br />
interpreting the data, and understanding it is the<br />
main goal. Through this summer research experience,<br />
I learned to think about long term goals and<br />
the bigger picture. Having participated only in shortterm<br />
research experiences before, I was usually just<br />
thrown into a situation where I had to think quickly<br />
on my feet and do a series of experiments and interpret<br />
my immediate results. However, being at UMass<br />
during the summer, I could continue work I had<br />
started before. This allowed me to see what a longterm<br />
project entails. Data interpretation and relating<br />
results to a goal is something that I have strongly<br />
developed this summer. I feel much better prepared<br />
to pursue more long-term projects. I have developed<br />
myself as a critical thinker and a troubleshooter in<br />
my research and found a new appreciation for the<br />
study of bioinformatics.