Mid-Level Course Requirements List

In addition to completing the core sequence of Cell and Molecular Neuroscience and Systems Neuroscience, students in the Neuroscience Training Program will take at least one course from each of two categories while in graduate school, Cell/Molecular/Developmental and Systems/Behavior, for a total of two additional courses on or relating to neuroscience. A list of available and qualifying courses in each category will be drawn up each year by the Curriculum Committee and made available to the students. Faculty are encouraged to offer new courses and to notify the committee as they become available. If students wish to propose courses for consideration, they must be approved by the Curriculum Committee before the course is taken. Please e-mail Curriculum Committee Chair Vjeko Miletic with any requests. The list of currently approved courses for meeting the Mid-Level Course Requirement are as follows:

Systems/Behavior

Biomedical Engineering 601: Problem-Based Learning in Clinical Neuroengineering Seminar (1-3 cr) - Montgomery
Communicative Disorders 850: Anatomy, Physiology and Psychophysics of Audition (3 cr) - Lutfi (fall)
Therapeutic Science (Kinesiology) 713: Neural Basis of Normal and Pathological Movement (3 cr) - van Kan and Lazarus
Kinesiology 721: Neural Basis for Movement (3 cr) - van Kan
Kinesiology 861: Principles of Motor Control and Learning (3 cr) - van Kan (fall, odd yrs)
Math 991: Brain, Computation and Mathematics: Vision (3 cr) - Assadi (fall)
Neuroscience (Anatomy/Physiology) 630: Higher Cortical Function (3 cr) - Haberly and Lipton (spring, even yrs)
Neuroscience 675: Basic Sleep Mechanisims and Sleep Disorders (3 cr) - Benca
Neuroscience 675/Zoology 962: Neuroethology (2 cr) - Gammie (fall)
Neuroscience 675/Psychology 711: Functional Imaging of Cognitive Disorders (2 cr) - Sterling Johnson
Physiology (Neuroscience) 735: Sensory Mechanisms of Audition (3 cr) - Rhode (fall, even yrs)
Psychology 711: PsychoNeuroimmunology (2-3 cr) - Coe
Psychology 733: Perceptual Systems Analysis (2 cr) - Jenison (fall)
Psychology 733: Focus: Cognitive Neuroscience of Memory (2 cr) - Postle (fall)
Psychology 733: Cognitive Neuroscience of Reading and Dyslexia (2 cr) - Seidenberg (spring)
Psychology 733: Knotty Problems in Psycholingquistics (2 cr) - Seidenberg (spring)
Psychology 954: Neuropharmacology (3 cr) - Berridge (spring, odd years)

Cell/Molecular/Developmental

Biochemistry (Pharmacology/Zoology) 630: Cellular Signal Transduction Mechanisms (3 cr) - Martin, Anderson, Bresnick, Miyamoto (fall)
Neuroscience (Physiology) 625: Brain Cell Culture (2 cr) - Sun (spring, even yrs)
Neuroscience (Physiology) 629: Cell and Molecular Mechanisms in Memory (3 cr) - Lipton (fall)
Neuroscience (Zoology) 635: Neurobiology of Disease (3 cr) - Levin (fall, odd yrs)
Neuroscience 675: Lipids in Brain Injury and Diseases (2 cr) - Rao M. Adibhatla (Fall)
Neuroscience 675/Zoology 400/Genetics 875: Model Systems in Neurobiology (2 cr) - Stretton, Kung, Ganetzky (Spring, even yrs)
Neuroscience 675: Molecular Mechanisms of Brain Damage (2 cr) - Vemuganti (fall)
Neuroscience 670: Stem Cells and the Central Nervous System (2-3 cr) - R. Kalil (spring)
Neuroscience 675/Animal Science 875: Reproductive Neuroendocrinology (2 cr) - Terasawa (spring, odd yrs)
Neuroscience 765: Developmental Neuroscience (3 cr) - Halloran and Gomez (spring, odd yrs)
Pathology 750: Cell and Molecular Biology/Pathology (3 cr) - Rapraeger et al. (spring, odd yrs)
Pathology 751: Cellular and Molecular Biology of Aging (#cr) - Malter, Anderson, Zhong, Fritsch
Pharmacology 711: Neurotransmitter Receptors and Ion Channels (2 cr) - Ruoho, Czajkowski, Jackson(spring, odd yrs)
Zoology 625: Development of the Nervous System (2 cr) - Blair (spring, odd yrs)