This course explores the nature of drugs and the role of synthetic organic chemistry in drug development. Nature is the best chemist. However, building biologically active molecules using synthetic organic chemistry enables researchers to produce enough material to allow for thorough scientific investigation. As a result, synthetic chemistry remains a key step in drug discovery. By studying classic examples from the literature, such as the synthesis of the anti-cancer agent Taxol, students will develop an understanding of efficient synthetic strategies and their application in drug discovery. The course combines theoretical knowledge with hands-on practice, encouraging students to think critically about the creativity that goes into elegantly building a biologically active compound.
Learning Outcomes:
Students will learn:
- How to design and execute organic transformation.
- How to utilize NMR spectroscopy to deduce the structure of reaction products, and confirm stereochemistry.
- Interpret and communicate findings from classical and modern synthetic litreature.
Delivery Method: Fully in-person
Prerequisites:
Chemistry 1, Chemistry 2, Chemistry 3. Students should email Fortune Ononiwu (fortuneononiwu@bennington.edu) to inquire about entry into this class.
Course Level: 4000-level
Credits: 4
Tu/F 2:10PM - 4:00PM (Full-term)
Maximum Enrollment: 10
Course Frequency: Every 2-3 years
Categories: 4000 , All courses , Cancelled Courses , Course Title Change , Four Credit , Fully In-Person , Updates
Tags: chemistry , research , STEM