HAYES W J
Bull World Health Organ. 1964;31(5):721-36.
Sterilization of males can in certain circumstances be more efficient than killing as a method for control of insects and perhaps other pests. A number of chemicals (chemosterilants) show promise of producing sexual sterility in insects without some of the practical limitations of radiation. The most important compounds are alkylating agents. These have little immediate pharmacological action, but are notable for their selective action against haematopoietic and some other proliferating tissues. A number of alkylating agents have been shown to be mutagens in insects, bacteria, fungi, and higher plants; carcinogens in mammals; and teratogens in insects, birds, and mammals. Some produce sexual sterility, possibly in mammals as well as in insects, at doses too low to produce the other effects. Some have an established reputation as drugs for palliative treatment of leukaemia and other neoplasms.The development of insect sterilization as a vector control technique has been handicapped in part by lack of scientific information on the acute and long-term hazards that might be associated with the use of chemosterilants. In this paper the author brings together the available knowledge on the toxicology of the alkylating agents.
在某些情况下,作为控制昆虫及可能还有其他害虫的一种方法,雄性绝育可能比杀灭更为有效。一些化学物质(化学绝育剂)有望在昆虫中产生性不育,而不存在辐射的一些实际局限性。最重要的化合物是烷基化剂。这些物质几乎没有直接的药理作用,但以其对造血组织和其他一些增殖组织的选择性作用而著称。一些烷基化剂已被证明在昆虫、细菌、真菌和高等植物中是诱变剂;在哺乳动物中是致癌物;在昆虫、鸟类和哺乳动物中是致畸剂。有些物质在产生其他作用的剂量过低时,可能在哺乳动物以及昆虫中产生性不育。有些物质作为治疗白血病和其他肿瘤的姑息性药物已有一定声誉。昆虫绝育作为一种病媒控制技术的发展,部分受到了缺乏关于使用化学绝育剂可能相关的急性和长期危害的科学信息的阻碍。在本文中,作者汇集了关于烷基化剂毒理学的现有知识。