Developmental and Molecular Neurobiology (D888/V314)

Instructors: Wei-Hua Lee M.D., Ph.D. (director)

Simon Conway, Ph.D.

Xiaoxi Qiao, Ph.D., M.D.

Eri Hashino, Ph.D.

Kathy Bethin, M.D. Ph.D.

Yansheng Du Ph.D.

Amiee Mayeda, M.D.

James Marrs, Ph.D.

Office: RI 2664 (Lee)

Phone: 274-7116

e-mail: whlee@iupui.edu

Lecture: Tuesday/Thursday 2 –3:30 PM

Location: Daly Center Room 185

Course Description: This is an in-depth course in neurobiology designed to help students understand the molecular and cellular mechanisms that underlie the development, normal and abnormal functions of the nervous system. Special emphasis will be placed on both experimental and theoretical approaches that led to our current knowledge of the nervous system.

Course Goal: To gain an understanding of the molecular and cellular mechanisms that underlie the development, normal and abnormal states of the nervous system. Students will be expected to:

Appreciate classical experiments that led to the current understanding of developmental neurobiology

Grasp the principles of molecular neurobiology, including signal transduction and electrophysiology.

Apply the knowledge learned throughout the course to design experiments in developmental and molecular neurobiology

Required Reading:

Development of the Nervous System. Eds. Dan Sanes, Thomas Reh, and William Harris.

Principals of Neuroscience Eds Eric Kandel, James Schwartz Thomas Jessell

Additional reading assignments will be selected from this text as well as from relevant articles published in top biomedical journals.

 

 

Developmental and Molecular Neurobiology

Daly Center Room 185, Tuesday & Thursday 2-3:30 pm

 

Lecture and Exam Schedule

 

Reading Assignment

LECTURER

 

 

WEEK 1

INTRODUCTION

 

 

13-Jan

1

Origin of the Nervous System

Chapter 1

Conway

WEEK 2

Early Embryogenesis

 

 

18-Jan

2

Polarity and Regionalization

Chapter 2

Conway

20-Jan

3

Neurogenesis and Migration

Chapter 3

Lee

WEEK 3

Determination and Differentiation

 

 

25-Jan

4

Determination

Chapter 4

Lee

27-Jan

5

Differentiation

Chapter 4

Lee

WEEK 4

Axon Growth and Guidance

 

 

1-Feb

7

Axon Growth and Guidance

Chapter 5

Lee

3-Feb

8

Axon Growth and Guidance

Chapter 5

Lee

WEEK 5

Axon Targeting

 

 

8-Feb

9

Axon Targeting

Chapter 6

Lee

10-Feb

10

Neural Crest Cells and Axonal Specificity

Literature articles

Conway

WEEK 6

and Exam 1

 

 

15-Feb

11

Neurotrophic Facotors

Literature articles

Qiao

17-Feb

12

Exam 1

WEEK 7

Synaptogenesis

 

 

22-Feb

13

Synaptogenesis

Chapter 8

Lee

24-Feb

14

Synaptogenesis

Chapter 8

Lee

WEEK 8

Construction of synaptic circuitry

 

 

1-Mar

15

Synaptic Transmission

Literature articles

Oxford

3-Mar

16

Construction of Synaptic Circuit

Chapter 9

Lee

WEEK 9

Sensory and Visual System

 

 

8-Mar

17

The Development of the Sensory Systems

Literature articles

Hashino

10-Mar

18

The Development of the Visual System

Literature articles

Qiao

WEEK 10

Spring Break

 

 

 

 

 

WEEK 11

Visual and Auditory Systems

 

 

 

22-Mar

21

The Development of the Auditory System

Literature articles

Hashino

24-Mar

22

Experimental Approaches

Literature articles

Marrs

WEEK 12

Exam 2

 

 

 

29-Mar

23

Review

31-Mar

24

Exam 2

WEEK 13

Neuroendocrine and Biorhythm

 

 

5-Apr

25

The Development of Neuroendocrine System

Literature articles

Bethin

7-Apr

26

Biorhythm

Literature articles

Mayeda

WEEK 14

Aging

 

 

 

12-Apr

27

Behavior Development

Literature articles

TBA

14-Apr

28

Aging

Literature articles

Invited Speaker

WEEK 15

Neurodegeneration

 

 

19-Apr

29

Neurodegenerative Diseases

Literature articles

Du

21-Apr

30

Neurostem Cells

Literature articles

Invited Speaker

 

FINALS WEEK

 

 

25-Apr

Review

1-May

Final Exam

Week 1-16