膜翅目:小蜂和小蜂触角感受器的形态发生及其与肺活量的关系

Nagwan Hamdy, A. Emam
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引用次数: 0

摘要

昆虫。这些感受器已根据它们的分布、大小和形状加以标记。也可使用扫描电子显微镜显示感觉器官。在入侵水蛭的触角上,感器分布在6种不同的类型,而在墨氏水蛭的触角上,感器分布在9种不同的类型。研究结果表明,马斯凯里的感觉器官总体上多于入侵草;沿触角方向,马斯凯里草有100个感受器,而入侵草有37个感受器。从生物学特性的测量结果可以用两种植物在触角上的感觉器官类型的定性和定量差异来解释,有利于O. Maskelli。结果表明,O. Maskelli是能够取代L. invasa的最强竞争对手。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparative Morphogenesis of Antennal Sensilla Between the Leptocybe invasa and Ophelimus maskelli (Hymenoptera: Eulophidae) and its relationship to their vital Capacity
insects. The sensilla have been labelled according to their distribution, size, and shape. May also use scanning electron microscopy to reveal sensory organs. On the antennae of L. invasa , sensilla were dispersed in six different types, while on the antennae of O. maskelli , they were placed in nine different types. According to this study, O. maskelli had more sensilla overall than L. invasa ; along the antenna, O. maskelli had 100 sensilla compared to L. invasa more than 37 sensilla. The results from the measured biological characteristics were explained by the qualitative and quantitative differences in the sensilla types of the two species on the antenna, favouring O. Maskelli . The results tended to show that O. Maskelli was the strongest rival that could displace L. invasa .
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