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In addition to regular photoreceptors, some invertebrates possess simple extra ocular photoreceptors. For example, the central ganglia of mollusks contain photosensitive neurons. These neurons are located on the dorsal surface of the ganglia and based on their electrophysiological properties it has been postulated that they are internal photoreceptors. Besides the eye, transduction of light also occurs in these extra-ocular photoreceptors. In the present work, we analyze the reactivity of these nerve cells to light and describe the underlying mechanism mediating the light-induced response.Uz poznate fotoreceptore neki beskičmenjaci imaju jednostavne ekstraokularne fotoreceptore. Na primer, centralna ganglija mekušaca sadrži fotosenzitivne n...
A diversity of organisms is endowed with the ability to emit light; this phenomenon is called biolum...
Cephalopods have extremely well developed visual systems which are of particular interest due to the...
The compound eyes of arthropods are organized in units called ommatidia whose function is to absorb ...
In addition to regular photoreceptors, some invertebrates possess simple extra ocular photoreceptors...
Depolarizing responses to light of dermal photoreceptor (DP) cells which were scattered under the ep...
The first few integrative stages of the visual systems of almost all animals perform similar functio...
Gastropod mollusks are convenient model organisms for studying the functioning of the visual system....
Afferent and efferent neural elements of the retina and central ganglia in the freshwater snail Plan...
Author Posting. © Society for Neuroscience, 2005. This article is posted here by permission of Soci...
Extraocular photoreception, the ability to detect and respond to light outside of the eye, has not b...
Light provides a widely abundant energy source and valuable sensory cue in nature. Most animals expo...
Sea urchins can detect light and move in relation to luminous stimuli despite lacking eyes. They pre...
Most cellular organisms respond to light. In animals, the phototransduction system has evolved from ...
Two types of microvillar photoreceptors in the neural tube of amphioxus, an early chordate, sense li...
In my dissertation studies, I have focused on uncovering the neural circuitry driving sensorimotor b...
A diversity of organisms is endowed with the ability to emit light; this phenomenon is called biolum...
Cephalopods have extremely well developed visual systems which are of particular interest due to the...
The compound eyes of arthropods are organized in units called ommatidia whose function is to absorb ...
In addition to regular photoreceptors, some invertebrates possess simple extra ocular photoreceptors...
Depolarizing responses to light of dermal photoreceptor (DP) cells which were scattered under the ep...
The first few integrative stages of the visual systems of almost all animals perform similar functio...
Gastropod mollusks are convenient model organisms for studying the functioning of the visual system....
Afferent and efferent neural elements of the retina and central ganglia in the freshwater snail Plan...
Author Posting. © Society for Neuroscience, 2005. This article is posted here by permission of Soci...
Extraocular photoreception, the ability to detect and respond to light outside of the eye, has not b...
Light provides a widely abundant energy source and valuable sensory cue in nature. Most animals expo...
Sea urchins can detect light and move in relation to luminous stimuli despite lacking eyes. They pre...
Most cellular organisms respond to light. In animals, the phototransduction system has evolved from ...
Two types of microvillar photoreceptors in the neural tube of amphioxus, an early chordate, sense li...
In my dissertation studies, I have focused on uncovering the neural circuitry driving sensorimotor b...
A diversity of organisms is endowed with the ability to emit light; this phenomenon is called biolum...
Cephalopods have extremely well developed visual systems which are of particular interest due to the...
The compound eyes of arthropods are organized in units called ommatidia whose function is to absorb ...
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