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主要鸦片生物碱作为印度鸦片来源鉴定的潜在生化标志物。

Principal opium alkaloids as possible biochemical markers for the source identification of Indian opium.

作者信息

Mohana Mudiam, Reddy Krishna, Jayshanker Gurumurthy, Suresh Velayudhan, Sarin Rajendra Kumar, Sashidhar R B

机构信息

Department of Biochemistry, University College of Science, Osmania University, Hyderabad, India.

出版信息

J Sep Sci. 2005 Aug;28(13):1558-65. doi: 10.1002/jssc.200500078.

Abstract

A total of 124 opium samples originating from different licit opium growing divisions of India were analyzed for their principal alkaloid (thebaine, codeine, morphine, papaverine, and narcotine) content by capillary zone electrophoresis (CZE) without derivatization or purification. Absence of papaverine in Bareilly, Tilhar, and most of the samples originating from Kota is a significant observation in relation to the source of Indian opium. Multiple discriminant analysis was applied to the quantitative principal alkaloid data to determine an optimal classifier in order to evaluate the source of Indian opium. The predictive value based on the discriminant analysis was found to be 85% in relation to the source of opium and the study also revealed that all the principal alkaloids have to be analyzed for source identification of Indian opium. Chemometrics performed with principal alkaloids analytical data was used successfully in discriminating the licit opium growing divisions of India into three major groups, viz., group I, II, and III. The methodology developed may find wide forensic application in identifying the source of licit or illicit opium originating from India, and to differentiate it from opium originating from other opium producing countries.

摘要

对来自印度不同合法罂粟种植区的124份鸦片样本进行了分析,采用毛细管区带电泳(CZE)法,无需衍生化或纯化,测定其主要生物碱(蒂巴因、可待因、吗啡、罂粟碱和那可汀)含量。在巴雷利、蒂尔哈尔以及大多数来自科塔的样本中未检测到罂粟碱,这对于印度鸦片的来源而言是一项重要发现。对定量的主要生物碱数据进行多元判别分析,以确定一个最佳分类器,从而评估印度鸦片的来源。基于判别分析得出的预测价值与鸦片来源相关,达85%,该研究还表明,为识别印度鸦片的来源,必须对所有主要生物碱进行分析。利用主要生物碱分析数据进行的化学计量学成功地将印度合法罂粟种植区分成了三大组,即第一组、第二组和第三组。所开发的方法在识别源自印度的合法或非法鸦片的来源,并将其与源自其他鸦片生产国的鸦片区分开来方面,可能会有广泛的法医应用。

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