BI 320. Exercise and Extreme Physiology.

Course outline. Fall 2006

A study of physiological processes in humans related to exercise and participation in sports. This course also examines the effects and repercussions of exposure of the human body to extreme environments such as those experienced by scuba divers, climbers, high altitude pilots and astronauts. Prerequisites: BI:102 and BI:201, or PE:150 and PE:151 with instructors permission. 4SH. 3 lecture hours.

Course objectives: To understand how the human body responds to training and exercise for recreational and competitive sports and to apply this understanding to the extremes of underwater, high altitude and space environments.

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Meeting Times:

Instructor:

Office Hours:

Required Text:

Additional optional readings:

Assessment

Each examination will comprise 15% of the total. The two sports overviews will each comprise 7.5%, the term paper and its presentation will comprise 20% and the portfolio contributions will be worth 5%.

Term Paper.

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Sports Overviews.

Portfolio

  • 5% of the grade will be based on the successful inclusion of materials from this course in your Electronic Portfolio that was begun in Genetics. Materials might include a reflection of skills and knowledge development during this course, actual problems and answers, and a sports overview overview or term paper.

Attendance policy.

  • If a student accumulates more than six lecture absences throughout the semester, I reserve the right to award an "F" grade which automatically withdraws the student from the course.
  • Please review the University policy on attendance in your student handbook.

Reading : Currently required reading in red..

  • Introduction Chap 1.
  • Metabolism
    • Energy production. Chapter 3. Respiration summary
    • Anaerobic metabolism during exercise Chapter 4. Aerobic metabolism during exercise. Chapter 5
    • Metabolic training. Chapter 6.
  • Neuromuscular system
    • The Nervous system Chapters 2 and 22. Skeletal muscle system . Chapter 19 Muscle Contraction. Chapter 20
    • Muscle training. Chapter 21
    Cardiorespiratory System
    • Respiration. Chapters 10/11 Cardiovascular system Chapters 12/13
    • Cardiorespiratory training. Chapter 14.
  • Extreme Physiology
    • High pressure considerations. SCUBA, Free diving High altitude considerations. Climbing, flying.
    • Space and Microgravity
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