- Academic English Studies (ESL)
- Asian Studies
- Biochemistry/Molecular Biology
- Environmental Studies
- Ethnic Studies
- Exploration and Discovery
- French Studies
- Gender Studies
- German Studies
- Health Professions
- Hispanic Studies
- International Affairs
- Latin American Studies
- Mathematics/Computer Science
- Political Economy
- Political Science
- Religious Studies
- Rhetoric and Media Studies (formerly Communication)
- Sociology and Anthropology
- World Languages
How does memory work?
How do nerve cells get connected to each other so that we can see?
Why do mutations in certain genes make us susceptible to cancer?
As our understanding of the molecular basis of life increases, the fields of biochemistry and molecular biology are rapidly expanding. From the science of DNA to the ethics of genetic engineering, our program immerses students in the intricacies of this fascinating scientific discipline.
With a focus on experiential learning and project-based lab work, a major in Biochemistry and Molecular Biology at Lewis & Clark is all about ‘doing science.’ Opportunities for collaborative work are everywhere; most seniors collaborate with faculty members, receiving invaluable one-on-one mentoring in the practice of data analysis and experimental design. Recent Biochemistry and Molecular Biology students have presented at the American Society of Cell Biology national meeting, and have published research and findings in Developmental Neurobiology and Genetics.
The Biochemistry and Molecular Biology major is interdisciplinary; it draws from physics, chemistry, biology, and math. The program prepares students for careers in biochemical and biomedical research, biotechnology, and genetic engineering, and is ideal for students planning to go on to graduate programs in biochemistry, genetics, and cell or molecular biology and medical, dental, or veterinary schools.
Students who choose this challenging program develop critical thinking skills, great oral and written communication skills, and a deep understanding of many of science’s most fundamental questions.
February 21st, 2018
BCMB Seminar: Natalie Miller ’08
Immunology beats cancer: lessons from a rare virus-driven skin cancer
February 28th, 2018
BCMB Seminar: Dr. David Wynne (University of Portland)
March 14th, 2018
BCMB Seminar: Dr. Skylar Jackman (Vollum Institute)
Synaptic Facilitation and the Calcium Sensor Synaptotagmin 7
March 21st, 2018
BCMB Seminar: Dr. Matthew Stump (George Fox University)
Alternative splicing, heart function
April 4th, 2018
BCMB Seminar: Dr. Monica Hinds (OHSU)
Cardiovascular research, endothelial cell function