The mice's consumption of oxygen and production of carbon dioxide dropped ten minutes after they began inhaling hydrogen sulphide and remained extremely low as long as the gas was administered.
吸入硫化氢10分钟后，小白鼠的氧气吸入量和二氧化碳呼出量都降至极低，而且只要继续供给硫化氢，小白鼠的生命体征就保持在这个状态。
The mice’s consumption of oxygen and production of carbon dioxide dropped ten minutes after they began inhaling hydrogen sulphide and remained extremely low as long as the gas was administered.
在吸入硫化氢气体10分钟后，老鼠的耗氧量和二氧化碳排出量出现下降，在硫化氢持续供应下会一直保持这种极低的状态。
CONCLUSION: Inhaling liquid oxygen significantly improves work efficiency of young immigrants at high altitude.
结论吸液态氧能明显提高高原移居青年的体力作业效率。
Conclusion: it can prolong the time of oxygen supply and improve mental performance to inhaling liquid oxygen at high altitude.
结论：吸入液氧能延长供氧时间，是提高高原人体运动能力和抗疲劳的理想措施。
Purpose To observe the effects of inhaling liquid oxygen on human hemorheology after exhaustive exercise.
目的观察吸入液氧对高原人体力竭运动血液流变学的影响。
The mice's consumption of oxygen and production of carbon dioxide dropped ten minutes after they began inhaling hydrogen sulphide and remained extremely low as long as the gas was administered.
在老鼠吸入氢硫化物十分钟后，它们对氧气的消耗和产生的二氧化碳量下降，并且一直保持极低的水平只要这种气体一直在控制中。
Objective To study the effects of inhaling liquid oxygen on hemodynamics at high altitude.
目的探讨在高原吸入液态氧对移居青年血流动力学的影响。
If the fetus were experiencing severe and prolonged lack of oxygen, it may then gasp as soon as it was born, possibly inhaling water into the lungs.
如果胎儿正在经历严重的和长期缺氧，则可能出生后就喘气，可能把水吸入到肺中。
Results: The NST of patients with oxygen transfering in vein was more effective than that of patients with oxygen inhaling.
结果：静脉输氧组在改善NST的有效率方面比吸氧组高。
There was a lower knowledge about oxygen therapy in patients, and among them, 92% did not know the time of everyday oxygen inhaling.
患者对氧疗的认知程度偏低，其中不了解每日吸氧时间患者所占比例最大（92%）。
Objective: To observe the effects of inhaling liquid-oxygen on level of BLA and Ammo in human after exhaustive exercise in plateau.
目的：观察吸入液氧对高原人体力竭运动血乳酸及血氨的影响。
Objective: To observe the effects of inhaling liquid-oxygen on level of BLA and Ammo in human after exhaustive exercise in plateau.
目的：观察吸入液氧对高原人体力竭运动血乳酸及血氨的影响。
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