Toxicity, metabolism and distribution of lindane in lepidopterous larvae

N.A. Khan
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引用次数: 1

Abstract

1. Lindane was generally more toxic when ingested than when applied topically to similar sized larvae of Mamestra brassicae (L) (4th-instar), Spodoptera littoralis (Boisd) (4th-instar), Pieris brassicae (L) (3rd-instar), and Bombyx mori (L) (2nd-instar).

2. In vivo metabolism of ingested 14C-lindane decreased in order of S. littoralis > P. brassicae > B. mori (based on the recovery of metabolised 14C-lindane form the larva and frass) and followed the order of increasing susceptibility.

3. 14C-lindane was regurgitated after ingestion; its effects on insecticidal action are discussed.

4. The causes of variation in interspecies susceptibility with particular reference to concepts of resistance as influenced by polyphagy versus monophagy are discussed.

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林丹对鳞翅目幼虫的毒性、代谢和分布
1. 林丹对4龄、4龄、3龄和2龄家蚕幼虫的毒性一般大于外用林丹。摄取的14c -林丹在体内的代谢量依次递减;芸苔属;家蚕对14c -林丹的敏感性(基于从幼虫和草中代谢的14c -林丹的回收率)依次递增。14c -林丹摄入后出现反流;讨论了其对杀虫作用的影响。讨论了种间易感性变异的原因,特别提到了受多食和单食影响的抗性概念。
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