The topics in the second part include blood-brain barrier, neural development, neuronal adaptation, neuronal control of biological rhythms, model neural systems, autonomic integration, vision, pain, sleep and temperature regulation. Brandon, J. Sladek, and Faculty. The objective of this course is to conduct an in-depth survey of the current state of knowledge of the mechanism of permeation through ionic channels. Rakowski and Rasgado-Flores. This course deals with advanced topics in molecular biology that are of current and fundamental interest.
Emphasis is placed on recently published data and laboratory methods.
Dr. Potashkin, Fennewald, and Faculty. In this course, the molecular and cellular processes common to all eukaryotic cells are studied and, where appropriate, comparisons to procaryotic cells are made. The molecular and cellular processes of specific cell types and tissue types are also considered and related to their morphological appearances. Keller, Oblinger and Faculty. This course deals with both the behavioral effects of drugs and the effects of behavior on drug action.