Articles
- Altitude Training and its Influence on Physical Endurance
- Altitude training on VO2 max
- Altitude training
- Alveolar PCO2 at SeaLevel and Altitude
- Breath hold time shortened at high altitude
- Eighteen days of Living High Training Low
- Human Adaptation to High Altitude Dissertation
- Hypoxia not improving VO2 max
- Intermittent Hypoxia
- Levine IHT Fact or Fancy
- Levine Live High Train Low
- Live High Train Low Runners
- Live High Train Low
- McArdle Exercising at Moderate Altitude
- Wilber Application of Hypoxic Training by Elite Athletes
- Physiology of Breath Holding in Humans
- Reduced Oxidative Stress With Breath Holding
- Richardson Doctoral Thesis Spleen contraction
- Richardson- increased Hb from breath holding
- Role of Spleen Emptying in Prolonging Apnea
- Safety of breath holds J Physiol-2007-Ivancev-723-30
- Schagatay Predicting Performance in Breath Holding
- Spleen and cardio Response to Breath Holding
- Spleen Emptying Prolongs Apneas
- Spleen Response to Short Apnea
- Spleen Volume and Breath Holding
- Spleen Volume to Repeated Apneas J Appl Physiol-2003-Bakovic-1460-6-1
- Splenic Contraction BHT
- Splenic contraction during exercise
- Splenic Contraction Hypoxic Training
- The Human Spleen as a Blood Reservoir
- Thesis on breath holding
- 16 Week Training Breath Hold Training
- Apnea a new training method in sport Lemaitre
- Underwater Hockey Players Apnea Training
- Voluntary breathholding. II. the relation of the
- Zoretic the effects of hypercapnic-hypoxic training
- Apnea Induced Vasoconstriction
- Bread soda Breath Hold Diving
- Breath Hold Diving
- Breath holding an adjunctive training method
- Breath Holding doesn’t blunt chemoreceptors
- Breath Holding Pulse Transit Time
- Controlled Frequency Breathing Swimming
- De Bruijn R, Increased erythropoietin concentration after repeated apneas, Eur Jour Appl Phy
- Diving Response and Arterial Oxygen Saturation during Apnea
- Breath hold as a determinant of performance in sports
- Collection of Articles Apnea
- Effect of High Intensity Hypoxia on Swimming Performance
- Functional Respiratory Muscle Training
- Go Ahead Vent Your Spleen
- IHT Rosalba Courtney
- Increase Hb following breath holding
- J Appl Physiol-2008-Dujic-205-11
- Controlled-frequency breath swimming
- Does voluntary hypoventilation during exercise impact EMG activity
- Effects of reduced frequency breathing on arterial hypoxemia
- Exercise training in normobaric hypoxia in endurance runners. III. Muscular
- Hypoxemia and Exercise
- Is hypoxia a stimulus for synthesis of oxidative enzymes
- Significant Molecular and Systemic Adaptations after repeated sprint training in hypoxia
- Cardio during breath hold diving
- Hyperventilation Induced ST Segment Depression
- Hypoxemia and Cardio Response
- Simulated human diving and heart rate
- Spleen and cardiovascular function during short apneas in divers
- Studies on Hyperventilation. II. electrocardiographic changes
- Arterial Oxygen Saturation and Heart Rate
- Breathe Right Strips Don’t Work
- Cystic fibrosis breath hold time
- Improving Sports Performance paper by Alan Ruth
- Mouth Piece Improves Sports Performance
- Oxidative Stress
- Oxidative Stress
- Sleep Baseball Research 3-5
- Summarising Hypoxic Training
- VO2 max what we know and what we dont know
- Warning do not hyperventilate prior to swimming
- Training High Living Low Changes of Aerobic Performance
- Wooron Hypoxia Training
- Wooron Oxygen Uptake Efficiency Slope
- Wooron Prolonged Expiration to Residual Volume
- Woorons 4 Week Training with Voluntary Hypoventilation 2008
- Woorons Exercise with hypoventilation induces lower muscle oxygenation
- Woorons Hypoventilation Swimming
- Woorons Swimmers Can Train in Hypoxia
- Woorons-2011-Hypoventilation-Cardiovascular-Responses
- Combining-hypoxic-methods-for-peak-performance
- Validity of arterialized earlobe blood gases at rest and
- Determinant factors of the decrease in aerobic performance in moderate acute hypoxia
- Role of maximal heart rate in hypoxia
- Effect_of_Acute_Hypoxia_on_Maximal_Exercise_in.23
- Determinants of maximal oxygen uptake in moderate acute
