有必要考虑是否葡聚糖是否会引起产品的血红素分解，可能是肾中毒的或肝毒素性的。
It was necessary to consider whether dextran might give rise to breakdown products of hemoglobin, which might be nephrotoxic or hepatotoxic.
事实上，吸入过量银有可能引起胃痛、痉挛、肾损伤，并且有可能造成银中毒，症状为皮肤变为不可恢复的蓝灰色。
Indeed, ingesting excess silver can cause stomach distress, seizures, kidney damage and can turn skin a bluish-gray tint, a condition called argyria that is irreversible.
目的探讨依地酸钙钠驱铅治疗慢性铅中毒患者肾损害的保护作用。
Objective To study the protective effect of sodium calcium edentate on kidney injury in chronic lead poisoning patients.
目的探讨钙拮抗剂对染镉肾细胞的保护作用，为防治镉中毒提供理论依据。
Objective To explore the interferential effect of calcium antagonists on cadmium nephrotoxicity, and to provide the theory foundation in preventing cadmium toxicity.
急性铜中毒对金鱼肝、肾细胞结构的这种损伤在解除毒物12天后未见明显恢复。
The liver and renal ultrastructure damnifications of acute copper poisoning goldfish had not evidently comeback by 12 days within innocuity water.
方法用氯化镉制备大鼠亚急性镉中毒模型，使其发生明显的肾损伤。
Methods Subacute cadmium poisoning model was prepared with cadmium chloride in rats to induce obvious renal damage.
慢性汞中毒引起的肾损伤不容忽视。
Renel injury induced by chronic mercury intoxication should not be neglected.
结论锌、钼对亚急性镉中毒肾损伤均有保护作用，其效果钼比锌好，这为镉中毒防治提供新的途径。
Conclusions Zinc and molybdenum might have protective effect on subacute toxic renal damage induced by cadmium. This provides a new way in prophylaxis and treatment of cadmium poisoning.
结论氧化应激在氟中毒组织损害机制中的地位在骨与肾组织中是不同的，钙营养状况在氟中毒骨相损害中有着重要作用。
Conclusions the status of oxide stress is different in the mechanism about fluorosis injury between bone and kidney. Calcium nutrition play a key role in bone injury in fluorosis.
用原子分光光度计检测中毒鱼肝、肾、鳃、肌肉中铜的含量，蓄积量的大小顺序是肝脏＞肾脏＞鳃＞肌肉。
Using atomic spectrophotometer examined copper contents of liver, kidney, muscle and gill in subacute poisoned fish. The sequence of accumulation was liver, kidney , gill, muscle.
目的探讨镉中毒性肾损害的细胞分子学机制。
Objective To study the cell molecular mechanism of cadmium-induced renal damage.
观察慢性汞中毒引起肾损伤的临床表现、治疗及预后。
To investigate the clinical manifestation, therapy, and prognosis of renal injury induced by chronic mercury intoxication.
分别绘制了慢性呼吸性酸、碱中毒时，肾参与代偿调节顺应性的变化范围曲线图。
Graph of changed scope of compliance about renal participating in compensatory adjustment were drawn out in chronic respiratory acidosis and alkalosis separately.
研究硒对急性镉中毒性肾损伤的保护作用。
Protective effect of selenium on acute toxic renal damage caused by cadmium was studied.
纠正酸中毒，改善微循环，保证充足的能量供给，保护脑、心、肝、肾及胃肠道功能是必要措施。
It was the necessary measures to correct acidosis, improve microcirculation, ensure adequate energy supply, protect the functions of brain, heart, liver, kidney and gastrointestinal tract.
目的观察慢性汞中毒引起肾损伤的临床表现、治疗及预后。
Objective To investigate the manifestitation, treatment and prognosis of renal injury patients induced by chronic mercury intoxication.
目的探讨微量元素对亚急性镉中毒肾损伤的保护作用。
Objective To study the protective effect of trace elements on subacute toxic renal damage induced by cadmium.
铋中毒可能引起的反应有心血管性虚脱和肾功衰竭。
Possible effects of bismuth poisoning include cardiovascular collapse and kidney failure.
目的：研究鱼胆中毒后肝、肾、心肌及胃肠道等脏器功能的变化，探讨其致急性肾功能衰竭的发病机制。
Objective: To study the functional changes of liver, kidney, myocardium and gastro-intestine after fish gall bladder poisoning and the pathogenic mechanism of acute renal failure.
多功能便移式人工肾是适用于救治急、慢性肾衰，多器官功能不全或衰竭伴肾衰，重症胰腺炎，痛风，药物或毒物中毒的血液净化设备；
The invention relates to a multifunctional portable artificial kidney, which is used to treat acute renal failure, etc, as one blood purify device.
多功能便移式人工肾是适用于救治急、慢性肾衰，多器官功能不全或衰竭伴肾衰，重症胰腺炎，痛风，药物或毒物中毒的血液净化设备；
The invention relates to a multifunctional portable artificial kidney, which is used to treat acute renal failure, etc, as one blood purify device.
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