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Hypercapnic Hypoxic Training & Time Improvements

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Time improves everything Patrick shows the improvement and statistics of his own research and patients to show how much they have improved over the course of 4 weeks with his technique and that of regular breathing techniques.
Hypercapnic Hypoxic Training:
- Research to establish the effects of the 8-week hypercapnic-hypoxic training program in elite male swimmers, 30 to 45 minutes, three times a week.
- The condition is that each breath hold must be above the minimum values which describe hypercapnia, that is, the values of carbon dioxide in the exhaled breath had to be over 45 mmHg, which was controlled by a capnometer.
Hypercapnic hypoxic training results:
- First group- normal breathing +.03% improvement
- Second group- 15 to 20 minutes of breath holding on the exhalation once per week: +1.27% improvement
- Third group- 15 to 20 minutes of breath holding on the exhalation twice per week: +1.33% improvement
Runners trained 3 times per week with VHL over a 4 week period.
85% of the runners who applied VHL improved their maximum velocity attained at the end of a treadmill test by .5km/h on average. Mean improvement of VHL group: +2.4% while normal breathing group - no change.
Over a 5-week period, sixteen triathletes (12 men, 4 women) were asked to include twice a week into their usual swimming session one with hypoventilation at low lung volume (VHL group) or with normal breathing (CONT group).
Before (Pre-) and after (Post-) training, all triathletes performed all-out front crawl trials over 100, 200, and 400m.
Time performance was significantly improved in trials involving breath holding following an exhalation in all trials but did not change in CONTROLS.
- 100m: - 3.7 + 3.7s
- 200m: - 6.9 + 5.0s
- 400m: - 13.6 + 6.1s
Resting Hb mass in trained breath-hold divers was 5% higher than untrained. In addition, breath-hold divers showed a larger relative increase to Hb after three apneas.
Pre-test hemoglobin tended to be higher in the diver group than both skiers and untrained. (divers 150.1g/L; skiers 145.5 g/L; untrained 146.9 g/L)
The amount of energy or oxygen consumed while running at a sped that is less than maximum pace. Typically, the less energy required to run at a given pace, the better - if your body is able to use oxygen efficiently, it is indicative of a high running economy.
Running economy has been linked to success in distance running, such that faster runners are more economical (Morgan et al., 1995; Lavin et al., 2012) and better metabolic efficiency preserves glycogen and delays the onset of fatigue (Rapoport, 2010).
Eighteen swimmers comprising of ten men and eight women who were assigned to two groups. The first group was required to take only two breaths per length and the second group seven breaths.
Researchers found that running economy improved by 6% in the group that performed reduced breathing during swimming.
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