This is a one-term lecture introductory course. The main focus is to provide an understanding of the principles underlying the function of the nervous system while comprehending certain experimental procedures that have lead to this knowledge. In the first part of the course, the cellular and molecular mechanisms that regulate the activity of individual neurons will be discussed. Then, based on model systems, we will examine how neurons are assembled in networks to give rise to functional systems. Finally, topics related to the development, maintenance, and plasticity of these networks will be covered.
Introduction to Experimental Biology (BIOL 48002)
This is a independent research course designed to give students first-hand experience in conducting research. Laboratory research is done under the guidance of the faculty member and/or graduate students. Work at another institution may be permitted in some cases, under auspices of a faculty member. A minimum of 2 credits satisfies the research requirement for graduation with departmental honors. Permission of the supervising faculty required. By the end of the last semester in which a student is enrolled in independent research, a student must:
Submit a written report on their completed independent research project with references to key literature.
The report should be typed and include the following:
1. Cover page 2. Abstract 3. Project description 4. Materials and methods 5. Results 6. Discussion 7. Conclusion 8. References
Include figures, tables, charts, graphs and code. • Only Portable Document Format (PDF) files will be accepted. • File must be single-spaced. • No less than 3/4" margins allowed. • Arial Font style, 12 point font size for Windows users; Helvetica Font style, 12 point font size for Macintosh users
Eight-page limit (not including references)
Orally present their project at a Laboratory meeting.
Present a poster at the Undergraduate Research Conference.
