高压环境的毒性作用

A. Gunes
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引用次数: 0

摘要

根据国际公认的治疗表,高压氧治疗是高度安全的治疗方法。然而,在一些长期治疗中,内部佐剂和患者暴露于一些毒性作用。在有压缩空气存在的环境中,氮气会导致醉酒。另一个中毒的原因是氧气。当长时间在高压环境中吸入或高于3ata分压时,氧气显示出毒性作用。过量的氧气对肺部和中枢神经系统(CNS)有毒性作用。重症监护的长期氧疗、闭式或半闭式潜水、饱和潜水、表面减压、再压缩和高压氧治疗均可发生氧中毒。抽搐的第一个目标是防止创伤防止病人在抽搐时咬舌头。然而,在氮麻醉中,首先干预应是防止潜水员下潜更深,以降低麻醉效果。救生员必须防止潜水员无意识的动作,例如从他的嘴里取下调节器并屏住呼吸。他一定认为这次潜水就像一场梦。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Toxic Effects of Hyperbaric Conditions
Hyperbaric oxygen therapy is highly safe in treatments based on internationally accepted treatment tables. However, in some long-term treatments, the internal adjuvant and the patient are exposed to some toxic effects. In the presence of compressed air environment, nitrogen can lead to drunkenness. Another cause of poisoning is oxygen. Oxygen shows toxic effects when inhaled in the high-pressure environment for long periods or above partial pressures on 3 ATA. The excess oxygen has a toxic effect on the lung and central nervous system (CNS). Oxygen poisoning can be seen in long-term oxygen therapy in intensive care, in closed or semi-closed circuit diving, in saturation dives, on decompressions on the surface, in recompression and hyperbaric oxygen therapy. The first goal during convulsion is to prevent trauma prevent the patient from biting his tongue during the seizure. However, in nitrogen narcosis, the first intervention should be to prevent the diver from diving deeper to reduce the effect of anesthesia. The lifeguard must prevent the unconscious movements of the diver, such as removing the regulator from his mouth and holding his breath. He must think that the dive is like a dream.
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