目的：探讨急性毒鼠强中毒儿童的血清ldh、CK变化水平及临床意义。
Objective: To investigate the changes and clinical significances in serum lactate dehydrogenase (LDH) and creatine phosphokinase (CK) levels in children with acute tetramine poisoning.
方法对29例确诊为毒鼠强中毒的病人救治进行回顾性分析，拟定合适的诊治方案。
Methods The cure for 29 patients who were diagnosed Tetramethylene Poisoning was retrospectively analyzed, the suitable project of diagnosis and treatment were studied out.
结论血液灌流能协助常规治疗，加快清除婴幼儿血毒鼠强，为一种安全有效的治疗方法。
Conclusion Hemoperfusion display the synergistic effects with conventional therapy and can quickly remove tetramine from blood of infants and can be regarded as a safe and effective therapy.
观察二组治疗前后血毒鼠强水平变化、临床症状改善情况及HP组灌流过程中的不良反应。
The changes of blood tetramine concentration and clinical symptom improving of both groups after the treatment were observed together with the adverse effects of HP group.
造成“毒鼠强”泛滥的原因是鼠药管理混乱、灭鼠知识普及不够，必须加强相应的管理，杜绝此类案件的发生。
Tetramine is due to bad management of rat poison, lack spread of killing rate knowledge. The corresponding management must be imposed to put an end to this kind of crime.
造成“毒鼠强”泛滥的原因是鼠药管理混乱、灭鼠知识普及不够，必须加强相应的管理，杜绝此类案件的发生。
The rampant Tetramine is due to bad management of rat poison, lack spread of killing rate knowledge. The corresponding management must be imposed to put an end to this kind of crime.
建立毒鼠强灌胃致死的动物模型和死后再分布研究动物模型； 观察犬的毒鼠强中毒表现和死后各组织脏器的病理变化；
To establish a tetramine poisoning death, postmortem redistribution and postmortem diffusion model of dogs, and investigate the symptom and pathology of tetramine poisoned dogs.
建立毒鼠强灌胃致死的动物模型和死后再分布研究动物模型； 观察犬的毒鼠强中毒表现和死后各组织脏器的病理变化；
To establish a tetramine poisoning death, postmortem redistribution and postmortem diffusion model of dogs, and investigate the symptom and pathology of tetramine poisoned dogs.
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