氨是一种无色、有强烈刺激味的气体。易溶于水成氨水,可作化肥用。氨在常温下加压可以液化,成液态氮,便于运输。氨是重要的化工原料,用途很广,常用于石油冶炼、化肥制造、合成纤维、制革。医药、塑料、染料等制造业中。在氨的生产制造、运输、贮存、使用中,如遇管道、阀门、贮罐等损坏,泄漏氨气可造成中毒。氨对皮肤黏膜有刺激及腐蚀作用,高浓度可引起严重后果,如化学性咽喉炎、化学性肺炎等,吸入极高浓度可引起反射性呼吸停止、心脏停搏。
氨中毒(ammonia poisoning):大量氨入脑,与α-酮戊二酸合成谷氨酸,或与脑中的谷氨酸 酮戊二酸合成谷氨酸, 氨中毒 :大量氨入脑, 酮戊二酸合成谷氨酸 合...
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...能有用地减低血氨,病情多见好这些个究竟均表白,肝性脑病的发生与血氨升高有较着关系半个百年以来,氨中毒( ammonia intoxication )学说在肝性脑病的病发机制中一直据有支配官位地方 1 .
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氨中毒学说 ammonia intoxication ; Ammonia intoxication hypothesis ; Theory of ammonia intoxication
急性氨中毒 Ammonia intoxication
醋氨酚中毒 Acetaminophen Poisoning ; Paracetamol Poisoning
氨水中毒 ammonia water poisoning
氨气中毒 free ammonia-induced intoxication ; Ammonia toxicity
咖啡因与氨茶碱中毒 Poisoning by aminophylline and caffeine
胱氨酸中毒 Lignac-Fanconisyndrome
环丝氨酸中毒 Poisoning cycloserine
The exact pathogenesis of hepatic encephalopathy is not fully understood by now. Several different hypotheses were put forward, among them the most important was ammonia poisoning theory.
至今肝性脑病的确切发病机制尚不完全清楚,围绕其机制,学者们提出了几种不同的假说,最主要的是氨中毒学说。
参考来源 - 肝硬化肝性脑病大鼠模型occludin蛋白的表达与脑水肿关系的研究·2,447,543篇论文数据,部分数据来源于NoteExpress
目的:研究急性氨中毒致肺部损害的X线表现。
Purpose: to study the X-ray signs of lung's injury which caused by acute ammonia intoxication.
目的:观察氨中毒损伤上呼吸道的症状及治疗效果。
Objective: to observe the symptom and treatment effect of upper respiratory tract injury induced by ammonia poisoning.
每年都有大约400人死于acetaminophen(醋氨酚)中毒,42,000人因acetaminophen(醋氨酚)中毒而送进医院。
Every year about 400 people die and 42, 000 are hospitalized as a result of acetaminophen poisoning.
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