Our results suggest that HH has a greater effect on nocturnal breathing and sleep structure than NH. In HH, we observed more periodic breathing, which might arise from the lower saturation due to hypobaria, but needs to be confirmed. < /p > < /div > < div class="section" > < a name="d7e223" > < !-- named anchor -- > < /a > < h3 class="section-title" > Citatio..."> Our results suggest that HH has a greater effect on nocturnal breathing and sleep structure than NH. In HH, we observed more periodic breathing, which might arise from the lower saturation due to hypobaria, but needs to be confirmed. < /p > < /div > < div class="section" > < a name="d7e223" > < !-- named anchor -- > < /a > < h3 class="section-title" > Citatio..." /> Our results suggest that HH has a greater effect on nocturnal breathing and sleep structure than NH. In HH, we observed more periodic breathing, which might arise from the lower saturation due to hypobaria, but needs to be confirmed. < /p > < /div > < div class="section" > < a name="d7e223" > < !-- named anchor -- > < /a > < h3 class="section-title" > Citatio..." />

Comparison of Sleep Disorders between Real and Simulated 3,450-m Altitude

Conclusions: < /h3 > < p id="d7e221" > Our results suggest that HH has a greater effect on nocturnal breathing and sleep structure than NH. In HH, we observed more periodic breathing, which might arise from the lower saturation due to hypobaria, but needs to be confirmed. < /p > < /div > < div class="section" > < a name="d7e223" > < !-- named anchor -- > < /a > < h3 class="section-title" > Citation: < /h3 > < p id="d7e226" > Heinzer R, Saugy JJ, Rupp T, Tobback N, Faiss R, Bourdillon N, Rubio JH, Millet GP. Comparison of sleep disorders between real and simulated 3,450-m altitude. < i > SLEEP < /i > 2016;39(8):1517 & #8211;1523. < /p > < /div > < /div >
Source: Sleep - Category: Sleep Medicine Source Type: research