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[牛奶及奶制品中氯代烃的残留情况与评估(作者译)]

[Residues of chlorinated hydrocarbons in milk and milk products - situation and evaluation (author's transl)].

作者信息

Heeschen W, Blüthgen A, Tolle A

出版信息

Zentralbl Bakteriol Orig B. 1976 Jul;162(1-2):188-97.

PMID:1036644
Abstract

Residues of the most varied chemical substances can be found in milk and in milk products. For the transfer into milk such factors as fat solubility, persistance with respect to metabolic processes and accumulation capacity in certain organic systems are of particular importance. For the description of the situation with respect to residues of chlorinated insectides the results of analyses obtained in 20 supply areas of the German Federal Republic are presented and interpreted. In 1974 the following mean values were found (fat basis): alpha-HCH 0.04, gamma-HCH 0.072, heptachloro-epoxide 0.024, dieldrin 0.021 and DDT 0.20 ppm. These mean values are far below the max. quantities legally permissible and in no way constitute a toxicological risk (referred to ADI). In the German Federal Republic the concentrations of hexachlorobenzene in some cases reach the permissible max. quantity of 0.5 ppm on a fat basis. There is reason to assume that this substance finds its way into the milk not only via its application as a fungicide but probably also via a number of other, in part unknown, sources of contamination in or on vegetable products. With PCB (polychlorinated biphenyls) average concentrations from 0.2 to 0.3 ppm must be expected to be present in milk and milk products (fat basis). At present a toxicological interpretation of the values found is hardly possible.

摘要

在牛奶及奶制品中可发现各种化学物质的残留。对于这些物质进入牛奶而言,诸如脂溶性、在代谢过程中的持久性以及在某些有机系统中的蓄积能力等因素尤为重要。为描述氯化杀虫剂残留情况,本文展示并解读了在德意志联邦共和国20个供应地区所获得的分析结果。1974年发现的(以脂肪计)平均值如下:α-六氯环己烷0.04、γ-六氯环己烷0.072、七氯环氧化物0.024、狄氏剂0.021以及滴滴涕0.20 ppm。这些平均值远低于法定最大允许量,绝不存在毒理学风险(相对于每日允许摄入量)。在德意志联邦共和国,某些情况下六氯苯的浓度达到了以脂肪计0.5 ppm的允许最大量。有理由推测,这种物质进入牛奶不仅是因为其作为杀菌剂的使用,还可能通过蔬菜产品内部或表面的许多其他(部分未知)污染源。对于多氯联苯(PCB),预计牛奶及奶制品(以脂肪计)中的平均浓度为0.2至0.3 ppm。目前几乎无法对所发现的值进行毒理学解读。

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