2014
DOI: 10.1249/01.mss.0000495581.06853.6c
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Effect Of Serial Apneas And Facial Immersion On High Intensity Aerobic Performance

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Cited by 6 publications
(12 citation statements)
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“…They found no significant difference in mean power [26]. These results are similar to the outcomes obtained in the study of Du Bois who demonstrated no significant difference in V O2max and in time to exhaustion test [4]. Many studies have determined that performing repeated apneas increases Hb [27,11,12,28], Hct [14,29,27,15,28], and RBC [14] by inducing spleen contraction in the trained and untrained breath hold subjects.…”
Section: Discussionsupporting
confidence: 77%
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“…They found no significant difference in mean power [26]. These results are similar to the outcomes obtained in the study of Du Bois who demonstrated no significant difference in V O2max and in time to exhaustion test [4]. Many studies have determined that performing repeated apneas increases Hb [27,11,12,28], Hct [14,29,27,15,28], and RBC [14] by inducing spleen contraction in the trained and untrained breath hold subjects.…”
Section: Discussionsupporting
confidence: 77%
“…Similarly, apnea (breath holding) affects a lot of physiological processes in the human body as well. The most important physiological effects of apnea on the human body are the altered hemodynamics, and apnea induced splenic contraction [4]. Long term apnea exercises cause a rise in Hct, EPO, Hb mass, lung volume [5,6,7], and oxygen stores in muscle (myoglobin) and blood, and a decrease in blood acidosis and oxidative stress [8,9].…”
Section: Introductionmentioning
confidence: 99%
“…Terdapat latihan dengan membatasi asupan oksigen ke tubuh dengan harapan tubuh akan beradaptasi salah satunya adalah peningkatan Hb. Latihan dengan menahan napas dapat menyebabkan peningkatan Hb, kontraksi limpa, hematokrit dan kemampuan darah dalam membawa oksigen dan berpotensi meningkatkan aerobik (Du Bois et al, 2014). Dinyatakan bahwa latihan hypoxia berhubungan erat dengan perubahan VO2max, peningkatan volume darah dan Hb serta peningkatan kemampuan transportasi darah (Schmidt & Prommer, 2010).…”
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“…Latihan di dataran tinggi yang mengandung O2 tipis, hasilnya adalah sebagai berikut; Latihan selama 21 hari di ketinggian 1300-1800 di atas permukaan laut (kelompok A) dan di ketinggian 3000 meter (kelompok B) selama selama 21 hari, mengalami peningkatan Hb antara kelompok A dan B (3.5%; 0.9% sampai 6.2%). Dalam sebuah eksperimen melakukan latihan sambil menahan napas ternyata signifikan meningkatkan VO2max menurunkan denyut nadi, tetapi tidak ada perubahan pada Hb (Du Bois et al, 2014). Percobaan penelitan dengan melakukan latihan di ketinggian 1800-2400 di atas permukaan laut, dan tinggal di ketinggian 1816 di atas permukaan laut, ternyata tidak terjadi perubahan Hb yang signifikan dengan latihan dilakukan selama 21 hari (Pottgiesser, Ahlgrim, Ruthardt, Dickhuth, & Schumacher, 2009).…”
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