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[德国小蠊的遗传控制]

[Genetic control of Blattella germanica].

作者信息

Berndt K P

出版信息

Angew Parasitol. 1978 Feb;19(1):41-50.

PMID:646173
Abstract

Based on a literature survey, the possibilities of a genetic control of the German cockroach (Blattella germanica) are shown. First, an oversight is given on the cytogenetics of the German cockroach, including some important mutations. Then the control methods by genetic mechanisms are explained. This chapter begins with analysing the relevant biological pecularities. In control measures, the dominant lethal mutations (induced by rays rich with energy and by chemosterilants) have only a chance if they can be applied in the scope of autosterilization of natural populations. Reciprocal translocations may expect maximum consideration in the future of the control of the German cockroach. Some of these are already available in the heterozygote state. But the establishment of homozygous strains was not yet successful up to now. The possibilities of the application of translocation-heterozygotes are discussed. Such mutant strains of cockroaches which bear several translocations in the heterozygous state, offer the most promising way of control. This may even include the population's eradication. A long-lasting regulation of the population may be achieved with the introduction of insects mutated in this manner even in the case if a complete eradication is not attainable. It might be expected that also other genetic mechanisms may contribute, in future, to the improvement of cockroach control. Such mechanisms may be conditional lethal factors, sex distortions, and others more.

摘要

基于文献调查,展示了对德国小蠊(Blattella germanica)进行遗传控制的可能性。首先,对德国小蠊的细胞遗传学进行了概述,包括一些重要的突变。然后解释了通过遗传机制的控制方法。本章首先分析相关的生物学特性。在控制措施方面,显性致死突变(由高能射线和化学绝育剂诱导)只有在能够应用于自然种群的自体绝育范围内时才有机会。相互易位有望在未来德国小蠊的控制中得到最大程度的考虑。其中一些已经以杂合子状态存在。但到目前为止,纯合品系的建立尚未成功。讨论了易位杂合子的应用可能性。这种在杂合状态下携带多个易位的蟑螂突变品系提供了最有前景的控制方法。这甚至可能包括种群的根除。即使无法实现完全根除,通过引入以这种方式突变的昆虫,也可能实现对种群的长期调控。预计未来其他遗传机制也可能有助于改善蟑螂的控制。这些机制可能包括条件致死因子、性别畸变等更多机制。

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