Add to ORKGEye structure of externally eyeless Galloisiana nipponensis is investigated using light and scanning electron microscopic techniques, The cornea and retinula cells in an ommatidium are formed but only eye pigment was lacking. Key words : Notoptera, Galloisiana, compound eye, eyeless
Reprinted from the "Studies from the Biological Laboratory, Johns Hopkins University", v. 4, no. 6
The compound eyes of ark clams appear to function as an optical system to trigger shell closure agai...
Fireflies, nocturnal insects that rely on their visual systems for communication, were used as a mod...
In the current study, the external morphology and microstructure of the compound eyes of the scarab ...
The color of insect eyes is determined largely by the nature of the screening pigments which they co...
The ommatidial structure of Archichauliodes, as shown by electron microscopy, agrees with its system...
Many Dipteran compound eyes, especially the Tabanids (such as horseflies and deer-flies), show color...
The Drosophila compound eye is a regular structure, in which about 750 units, called ommatidia, are ...
The optics of adult winged insects typically consists of three single-lens ocelli grouped together o...
The single eye consists of hundreds of ommatidia, which consist of the smooth cornea (co), crystalli...
Insect eyes are composed of spectrally heterogeneous ommatidia, typically with three different types...
AbstractThe lateral eyes of Crustacea and Insecta consist of many single optical units, the ommatidi...
Photoreceptor cells (PRCs) across the animal kingdom are characterized by a stacking of apical membr...
The basic morphology and ultrastructure of the compound eye of the locust Schistocerca gregaria, has...
Abstract Arthropod photoreceptors are versatile sense organs. Any investigation of these organs has ...
Reprinted from the "Studies from the Biological Laboratory, Johns Hopkins University", v. 4, no. 6
The compound eyes of ark clams appear to function as an optical system to trigger shell closure agai...
Fireflies, nocturnal insects that rely on their visual systems for communication, were used as a mod...
In the current study, the external morphology and microstructure of the compound eyes of the scarab ...
The color of insect eyes is determined largely by the nature of the screening pigments which they co...
The ommatidial structure of Archichauliodes, as shown by electron microscopy, agrees with its system...
Many Dipteran compound eyes, especially the Tabanids (such as horseflies and deer-flies), show color...
The Drosophila compound eye is a regular structure, in which about 750 units, called ommatidia, are ...
The optics of adult winged insects typically consists of three single-lens ocelli grouped together o...
The single eye consists of hundreds of ommatidia, which consist of the smooth cornea (co), crystalli...
Insect eyes are composed of spectrally heterogeneous ommatidia, typically with three different types...
AbstractThe lateral eyes of Crustacea and Insecta consist of many single optical units, the ommatidi...
Photoreceptor cells (PRCs) across the animal kingdom are characterized by a stacking of apical membr...
The basic morphology and ultrastructure of the compound eye of the locust Schistocerca gregaria, has...
Abstract Arthropod photoreceptors are versatile sense organs. Any investigation of these organs has ...
Reprinted from the "Studies from the Biological Laboratory, Johns Hopkins University", v. 4, no. 6
The compound eyes of ark clams appear to function as an optical system to trigger shell closure agai...
Fireflies, nocturnal insects that rely on their visual systems for communication, were used as a mod...