NEUR-210
The Brain
OPEN
001
 
03.00
Saldanha,C 
 
 
MTH     02:30PM 03:45PM  KRWN 107     08/28/17 12/16/17
 
NEUR-320
Behav Neuroscience with Lab
Prerequisite: NEUR-220.
CLOSED
001
 
04.00
Stepanek,L 
 
 
TF      11:20AM 12:35PM  EQB  14      08/28/17 12/16/17
TH 11:20AM 02:10PM HRST 105 08/28/17 12/16/17
 
NEUR-380
Comp Methods Brain/Behav Sci
Prerequisite: BIO-220 or NEUR-220 or PSYC-220, and MATH-221.
OPEN
001
 
04.00
Laubach,M 
 
 
M       05:30PM 08:00PM  ASB  212     08/28/17 12/16/17
W 04:05PM 06:45PM HRST 10 08/28/17 12/16/17
 
NEUR-390
Ind Reading in Neuroscience
Permission: instructor and department chair.
CLOSED
001
Comp. Evolution of the PFC 
01.00-06.00
Laubach,M 
 
 
 
NEUR-391
Internship in Neuroscience
Permission: instructor and department chair.
OPEN
001
 
01.00-06.00
Saldanha,C 
 
 
 
NEUR-490
Ind Research in Neuroscience
Permission: instructor and department chair.
CLOSED
001
Progressive Ratio Tasks 
01.00-06.00
Laubach,M 
 
 
 
CLOSED
002
Rodent Deliberation Task 
01.00-06.00
Laubach,M 
 
 
 
CLOSED
003
Neural Bases of Reading 
01.00-06.00
Stoodley,C 
 
 
 
NEUR-496
Selected Topics:Non-Recurring
OPEN
001
Molecular Neurobiology 
03.00
Kothmann,W 
 
 
TF      12:55PM 02:10PM  HRST 209     08/28/17 12/16/17
 
Molecular Neurobiology: Synapses, Neurons, and Circuits (3) This course explores the molecular bases of a functioning nervous system in vertebrates. Discussions focus on the properties of excitable membranes, the structural organization of the synapse, the process of synaptic transmission, and the effects of individual neurotransmitters and their receptors. The course then uses examples of specific circuits in the human brain to integrate these topics and demonstrate how the structure of neurons and the organization of neural circuits facilitate their biological functions, such as information processing. Prerequisite: BIO-320 or NEUR 220. Meets with BIO-496 002 and BIO-696 002.
(Meets with BIO 496 002 BIO 696 002)
CANCELLED
002
Behavioral Neuroendocrinology 
03.00
Saldanha,C 
 
 
MTH     11:20AM 12:35PM  TBA  TBA     CANCELLED
 
Behavioral Neuroendocrinology (3) This course focuses on the interactions among hormones, brain, and behavior. Behavior is the physiological output of the brain and the systematic study of neural physiology can guide and inform us as to its underlying mechanisms. The course uses readings, lectures, and original papers to describe what is known about the influence of the endocrine system on neural anatomy and physiology. Meets with BIO-496-001 and BIO-696 001.
(Meets with BIO 496 001 BIO 696 001)