Hypoxic exposure at rest or during light to moderate-intensity exercise improved blood pressure and heart rate variability in cardiovascular risk individuals von Saengjan, W, Hamlin, Michael, Muangritdech, N, Namboonlue, C, Tong-un, T, Manimmanakorn, N, Manimmanakorn, A

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Intermittent hypoxic exposure with or without exercise improved cardiopulmonary functions in people with cardiovascular risk factors von Saengjan, W, Muangritdech, N, Namboonlue, C, Tong-Un, T, Manimmanakorn, N, Hamlin, Michael, Sumethanurakkhakun, W, Manimmanakorn, A

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Optimal degree of hypoxia combined with low-load resistance training for muscle strength and thickness in athletes von Namboonlue, C, Hamlin, Michael, Sirasaporn, P, Manimmanakorn, N, Wonnabussapawich, P, Thuwakum, W, Sumethanurakkhakun, W, Manimmanakorn, A

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Intermittent hypoxic exposure with or without exercise improved cardiopulmonary functions in people with cardiovascular risk factors von Saengjan, W, Muangritdech, N, Namboonlue, C, Tong-Un, T, Manimmanakorn, N, Hamlin, Michael, Sumethanurakkhakun, W, Manimmanakorn, A

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Optimal degree of hypoxia combined with low-load resistance training for muscle strength and thickness in athletes von Namboonlue, C, Hamlin, Michael, Sirasaporn, P, Manimmanakorn, N, Wonnabussapawich, P, Thuwakum, W, Sumethanurakkhakun, W, Manimmanakorn, A

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Using novel techniques to increase muscular strength: Hypoxia and blood flow restriction von Hamlin, Michael J, Manimmanakorn, Apiwan, Thuwakum, W, Namboonlue, C

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Using novel techniques to increase muscular strength: Hypoxia and blood flow restriction von Hamlin, Michael J, Manimmanakorn, Apiwan, Thuwakum, W, Namboonlue, C

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