Fall 2017 not offered
While scientists are still very unsure of how the mammalian cortex enables conscious perception and thought, there has been a tremendous explosion of knowledge recently concerning the wide heterogeneity of neuronal classes and the specific kinds of connections between these classes. Detailed wiring diagrams of local cortical circuits are emerging, colored with dynamic connections that have created a wellspring of ideas motivated toward understanding the cortex with reverse-engineering strategies. This course will focus on cortical circuit studies in the neocortex. Students will come to know, for example, many different varieties of inhibitory interneurons in terms of their firing properties, synaptic plasticities, the connections they make with other neurons, and what roles they might play in governing cortical dynamics.
||Gen Ed Area Dept:
|Course Format: Seminar||Grading Mode: Student Option|
||Prerequisites: BIOL252 OR NS&B252 OR BIOL245 OR NS&B245
||Fulfills a Major Requirement for: (BIOL)(NS&B)
Journal articles, mostly from the current literature concerning the mammalian neocortex
|Examinations and Assignments: |
Students will write an essay evaluating a research article each week, and the course grade will be determined by these weekly essays.
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