PRESENTATION 6
"Peripheral Limitations to Exercise"
By Dr. Don Paterson, London, Canada
  1. All 3 energy systems interact throughout distance running (ATP-CP/Glycolytic/Fat)
  2. Anaerobic Threshold -- Lactic Threshold
    1. Exercise intensity above which lactic acid is stimulated
    2. Accumulates exponentially
  3. Lactic acid goes into bloodstream--hydration critical!
  4. Nuclear Magnetic Resonance Spectroscopy
    1. Shows muscle workloads
    2. Distance training manufactures more mitochondria !!!
    3. Mitochondria are less 'disturbed' from their resting rate with advanced training and intensive speed-endurance training = less lactic acid produced through less glycolysis !!!
    4. High max VO2 = high mitochondrial resistance
  5. 15 days shows of little or no training shows a 20% loss of VO2 max
  6. Velocity @ Lactate Threshold + Economy = Performance Velocity
    1. Training at or near lactate threshold will increase muscle capillary density
    2. Aim your training @ peripheral musculature . . . the most adaptable system !!!
    3. Reduce oxidative enzymes through higher mileage !!!
    4. Capillary beds continue to increase in density for 24 months of training !!!
    5. Fiber type is the weak link !!!
      1. FOG (Fast Oxidative Glycolytic) muscle fiber % can be increased !!!
      2. To increase FOG = 94% of max VO2
      3. Peripheral adaptations change lactic threshold !!!
      4. Frequency = 3 times per week for VO2 max
      5. Oxidative enzymes need 6x / week for maximum development
  7. Interval Training
    1. Affects
      1. Mitochondria
      2. Oxidative enzymes
      3. Capillary bed development and density
    2. Aerobic Interval Training with "3 on - 3 off" gets you above 90% (critical %) VO2 max !!! Study shows that anything above 90% max VO2 training adapts all three systems !!! It is possible to create fast glycolytic fiber !!!
    3. Anything from 15 sec. On - 15 sec. Off to up to 3 minutes. Use 1:1 rest to create VO2 training above 90%. 3000m test can show approximate VO2 max point with velocity average at that point.
    4. You WILL run out of glycogen. Do workout every 36-72 hours but no closer.
  8. Pacing
    1. Go out slow . . . (below fatigue threshold) and you can NEVER make up the time
    2. Go out faster . . . it is possible to run a faster PR and hang on at 5000-10,000.
  9. 2-5 years to develop completely through Lactic Threshold training
    1. USA runners don't do enough high-intensity work (compared to Kenyans/Africans)
    2. Interval Aerobic Training gives a hypoxic stimulus which extracts VO2 Max !!!
  10. "Recruit the Heart -- Train the Muscle"
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PRESENTATION 7
"Ergogenic Aids"
PRESENTATION 8
"A Perspective on the Gathering of Information, the Formulation of a Philosophy,
and the Implementation of a Program for Coaching Distance Runners"
PRESENTATION 9
"Psychosocial Limitations to Exercise and Performance"
PRESENTATION 10
"Introduction to Running Problems"
PRESENTATION 1
"Running Training: Principles & Needs"
PRESENTATION 2
"Running Training: Principles & Needs"
PRESENTATION 3
"Limitations to Exercise"
PRESENTATION 4
"Cardiovascular Limitations to Exercise"
PRESENTATION 5
"Pulmonary Limitations to Exercise"

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