毒物鉴定

为加强对毒鼠强中毒的认识，分析了161例经毒物鉴定证实的毒鼠强中毒病人的中毒途径、临床表现、实验室检查所见与治疗。

In order to enhance the understanding of tetramine poisoning , the routes of intoxication , clinical features , laboratory finding , and the management of 161 patients with tetramine poisoning , confirmed by chemical analysis , were investigated .

结论：1.本实验所建立的GC分析法可以同时测定多种常见精神障碍治疗药，准确度高，操作简便快速，实用性强，适用于法医毒物司法鉴定和医源性中毒检测。

The analytical method could determine several psychotherapeutic agents simultaneously . This method is of nice accuracy , high sensitivity and handle easily . It is suitable for forensic toxicological analysis and iatrogenic poisoning determination . 2 .

微阵列技术在毒理学主要应用于可疑毒物的鉴定、作用机制的研究、剂量-反应关系的评价、化学混合物中交互反应的鉴定、暴露的生物标记和易感性的生物标记。

The microarray technique in toxicology mainly was applied to identification of potential hazardous substances , screening for mechanism of action , dose-response relationship assessment , identification of interaction among chemical mixtures , biomarker of exposure and biomarker of susceptibility .

AMDIS是一种能够对GC/MS数据文件自动处理筛查鉴定目标化合物的软件系统，它十分适用于GC/MS法检测中毒毒物的快速鉴定处理。

AMDIS ( Automatic Mass spectral Deconvolution and Identification System ) is a software designed to screen and identify target compounds in a GC / MS data file , which is quite suited for identification of toxicants in detecting toxic matters by GC / MS.