Synthesis | Succession of Research
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Antimalarial Research: The Crucial Role of Organic Chemistry and Student Researchers
Aside from vaccines, organic chemistry is a crucial scientific discipline dedicated to creating compounds for potential antimalarial treatments. The race between antimalarial research and the development of drug resistance is a frightening one. As new antimalarial drugs are created, Plasmodium species evolve to resist these novel treatments. Malaria control relies heavily on proactive prevention efforts; without the rapid synthesis and distribution of new medications, millions could suffer from severe malaria complications or even death.
Researchers and students involved in antimalarial research serve as vital components in the battle against these adaptive parasites. Continuing the work of previous researchers may not seem significant, but it contributes to the discovery of effective treatments for malaria and the prevention of long-term health consequences or fatalities.
During my time in both the dry and wet lab, I realized that even research conducted in a single organic chemistry lab can have a profound impact on those affected by malaria. Familiarizing oneself with the broader scope of antimalarial research adds meaning to one's work and fosters connections within the scientific community. I communicated with Wefwafwa, a clinician in Uganda, who eagerly requested photos and videos of my lab work. He found it inspiring and shared the information with his local community, which helped them feel connected to a global effort to combat malaria.
In the lab, maintaining clear and organized notes for your end-of-term paper is essential. Thorough documentation allows future students to build upon your research and integrate it into the wider academic community. With continued efforts, our synthesized antimalarial compounds may one day be tested against live Plasmodium species.
Each reaction, whether successful or not, contributes to the identification of compounds capable of disrupting the life cycle or transmission of Plasmodium. This progress helps in the ongoing race between antimalarial drug development and drug resistance. As a student researcher, your work supports the global effort to eradicate malaria and improve the lives of billions.
TLDR; Organic chemistry plays a critical role in developing antimalarial treatments. Researchers and students contribute to the ongoing race between drug development and resistance, making a difference in the global effort to eradicate malaria. Maintaining clear research documentation helps future scientists continue this essential work.
Faculty contributor(s)
Bibliography used for my Senior Seminar Paper
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