GRADUATE SEMINAR IN EXERCISE SCIENCE (KINESIOLOGY 681-603)

Spring 2006, Wednesday 10:20-11:10,

Instructor: Dr. Sue Bloomfield

E-mail: suebloom@tamu.edu

 Date

Presenter and Topic

 1/18

Introduction and administrative paper work

 

1/25

 

Dr. Per Tesch

Dept. of Physiology and Pharmacology: Karolinska Institute

How Can We Mitigate Skeletal Muscle Strength Deficits with Spaceflight?

 

2/1

 

Dr. Ron Terjung

Department of Biomedical Science: Universityof Missouri

Vascular Remodeling Induced by Exercise: Functional Significance & Health Implications

Sponsored by the Sydney and J.L. Huffines Institute for Sports Medicine and Human Performance

 

2/8

 

Dr.Sue Bloomfiled

Research Ethics:Part 1

Ethical issues in research, teaching, and publication (Sigma Xi pamphlets)

 

2/15

 

Dr.Sue Bloomfiled

Research Ethics:Part 2

Case studies: Eric Poehlman , Jon Sudbo, Hwang Woo Suk

 

2/22

 

Dr. Peter Raven

University of North Texas Health Science Center

Arterial Baroreflex Resetting during Exercise: a Current Perspective

 

3/1

 

TBA

 

3/8

 

Dr.Sue Bloomfiled

Research Ethics:Part 3

Advanced ethical issues: group discussion of 3 scenarios

 

3/15

 

Spring Break

 

3/22

 

Dr. Kim Westerlind

AMC Cancer Research Center: Denver Colorado

Role of Exercise in Cancer Prevention

 

3/29

 

Dr. Richard Linnehan

NASA Astronaut Corps, Johnson Space Center

Time / Location / Title - to be announced. Check with Dr. Bloomfield

Sponsored by the Sydney and J.L. Huffines Institute for Sports Medicine and Human Performance

 

4/5

 

Dr Babs Soller

University of Massachusetts Medical School

Better Exercise through Engineering: Non-Invasive Measurement of Blood Chemistrie

 

4/12

 

Dr. Chris Woodman

Texas A&M University

Endothelial Dysfunction in Aging- Role of Nitric Oxide

 

4/19

Dr. Mary Jane DeSouza

University of Tornto

Physiological Aspects and Clinical Sequelae of Energy Deficiency and Hypoestrogenism in Exercising Women

 4/26

Dr. Scott Trappe

Ball State University

Alterations in single muscle fiber contractile function with disuse and aging