the science behind breaking world records

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Page 1: The science behind breaking world records

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Energy Transfer & Human Performance

Page 2: The science behind breaking world records

Fig 1. World Record Average Running Speeds

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Fig 2. World Record Average Running Speeds

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Page 3: The science behind breaking world records

Fig 1. World Record Average Running Speeds

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Page 4: The science behind breaking world records

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Page 5: The science behind breaking world records

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Fig 3. Respiration: From Air to Blood

Page 6: The science behind breaking world records

Fig 4. The Heart

Fig 5. Athlete vs. Non-athlete Heart

Page 7: The science behind breaking world records

Fig 5. Athlete vs. Non-athlete Heart

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Fig 6. Differences in L. Ventricular Mass

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Page 8: The science behind breaking world records

Fig 6. Differences in L. Ventricular Mass

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Table 1. Bigger heart, better performance.

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Page 9: The science behind breaking world records

Fig 7. Oxygen Transport in the Blood & Circulation

Page 10: The science behind breaking world records

2010 Altitude Training at Font Romeu – 1850 m

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Table 2. UK Athletics Altitude Training Camps 2011/12

Page 11: The science behind breaking world records

Hypoxic Sleep Tents and Training Chambers

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Fig 8. Hold on Tight Kids – O2 Delivery to the Muscle

Page 12: The science behind breaking world records

Fig 1. World Record Average Running Speeds

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Page 13: The science behind breaking world records

Fig 10. Muscle Fibre Types

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Page 14: The science behind breaking world records

Fig 11. Training-induced Muscle Hypertrophy

Table 3. 5-Months Heavy Training Adaptations

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Page 15: The science behind breaking world records

Fig 12. Lactate Threshold Adaptation

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Page 16: The science behind breaking world records

Table 4. Can the sub 2-hour marathon be achieved?

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Page 17: The science behind breaking world records

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Page 19: The science behind breaking world records

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Fig 15. Mile Pacing Data & Anaerobic Reserves

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Page 20: The science behind breaking world records

Fig 16. Gabrsallasie Marathon World Record Pacing

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