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9.322J | Fall 2005 | Graduate

# Genetic Neurobiology

SES # | Topics
--- | ---

1 | Introduction to Course

2 | Bacterial Chemoreception

3 | Student Presentations

4 | Bacterial and Paramecium Motility

5 | Student Presentations

6 | Neurogenomics: Genome Sequencing and the Nervous System

7 | Student Presentations

8 | Development of the Nervous System

9 | Student Presentations

10 | Genetic Analysis of Axonal Pathfinding Student Presentations

11 | Genetic Analysis of Membrane Excitability Student Presentations

12 | Neurodevelopment and Function in the Mouse

13 | Student Presentations

14 | Neurotransmitter Release at Nerve Terminals

15 | Student Presentations

16 | Genetic Analysis of Sensory Perception

17 | Student Presentations

18 | Higher Brain Function in Drosophila: Learning and Circadian Rhythms

19 | Student Presentations

20 | Synapse Formation in Vertebrates and Invertebrates Student Presentations

21 | Genetic Analysis of Learning and Memory in Mice

22 | Student Presentations

23 | Neurogenetics in Humans: Memory and Disease

24 | Student Presentations

## Course Info

##### Instructors

- Prof. Troy Littleton
- Prof. William Quinn

##### Departments

- Brain and Cognitive Sciences
- Biology

##### As Taught In

Fall 2005

##### Level

Graduate

##### Topics

- Science
  - Biology
    - Genetics
    - Neurobiology

##### Learning Resource Types

assignment Written Assignments
assignment Presentation Assignments

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