Mishra Monalisa, Chakraborty Ishita, Basu Srirupa
Neural Developmental Biology Lab, Department of Life Science, National Institute of Technology, Rourkela, Rourkela, Odisha, 769008, India.
Heritage Institute of Technology, Kolkata, India.
Invert Neurosci. 2019 Jan 2;19(1):2. doi: 10.1007/s10158-018-0222-6.
Our study aims to describe (1) external morphology of the compound eye of Antilochus conquebertii, (2) postembryonic changes involving the eye's shape and size and (3) behaviour of the animal with respect to the organization of the compound eye. With each moult of the insect, the structural units of the compound eye increase in size as well as the number, resulting in an overall increase in eye size. The resolution of the adult eye is better than the young one. The adult possesses UV and polarization sensitivity in its eye. Parallel to the changes of the eye the behaviour of the adult animal changes, rendering it increasingly nocturnal and less active in under illuminated conditions. The current study describes the eye and its functional relationship with the behaviour of the animal at the nymphal and adult developmental stage.
(1)孔氏丽椋鸟复眼的外部形态;(2)复眼形状和大小的胚后变化;(3)动物在复眼组织结构方面的行为。随着昆虫的每次蜕皮,复眼的结构单元在大小和数量上都会增加,从而导致眼睛整体尺寸增大。成年复眼的分辨率优于幼体。成年个体的眼睛具有紫外线和偏振光敏感性。随着眼睛的变化,成年动物的行为也会发生改变,使其越来越倾向于夜行性,在光照不足的条件下活动减少。本研究描述了若虫和成虫发育阶段眼睛及其与动物行为的功能关系。