The Science Math and Research Training (SMART) Course
This unique course was designed to integrate and apply knowledge from biology, chemistry, and math, and communicate across the disciplines. At the end of the course, the data we had accumulated through self-directed biological and chemical experiments led to a deeper understanding of how bacteria obtain resistance to antibiotics. I learned how to use quantitative reasoning and apply said knowledge to conceptual problem-solving.
Sea Urchin
Zebrafish
Developmental Biology w/Lab
This course focused on fertilization and early embryonic development. We were able to have several independent projects during the duration of the class. My group examined the effect of acidification on the development of the digestive system in Sea Urchin larvae, an integral part of the marine ecosystem. In addition, using Zebrafish, we also examined the impact of retinoid acid signaling factors on spinal cord development. The resulting research would be comparable to human neuroanatomy, and could have implications for our central nervous system (CNS).
Molecular Biology w/Lab
In this course I was able to further explore the mechanisms of transcription and translation regulation, genome editing, and epigenetics. My team and I collaborated to write a grant proposal for the function of the polyQ sequence in the EDC3 protein, and how this sequence contributes to neuronal development. I learned a great deal about the planning and writing process that goes intro grant proposals.
Integrated Biological Principles II w/Lab
BPA-free is a common thing to see on plastics, but this may not mean that the plastic product is safe. BPS is a common BPA replacement. In this class we did an experiment on the effect of Bisphenol A (BPA) and Bisphenol S (BPS) on small organisms, such as betta fish, shrimp, and ants.
Cancer Biology & Tumorigenesis
This class examined the past, present, and future of cancer biology. We surveyed the mechanisms that drive cancer and tumor formation. My partners and I conducted an investigation on the anti-mutagenic properties of isothiocyanates.
Medical Entomology w/Lab
Medical entomology served as an introduction to biology of medically important arthropods, life cycles of transmitted pathogens, disease symptoms, and epidemiology. We discussed the economic and social impact of these arthropods and strategies for their control. I was assigned the plague for further independent study.