AbstractWe have identified and characterized an ortholog of the putative mammalian clock gene cryptochrome 2 (Cry2) in the chicken, Gallus domesticus. Northern blot analysis of gCry2 mRNA indicates widespread distribution in central nervous and peripheral tissues, with very high expression in pineal and retina. In situ hybridization of chick brain and retina reveals expression in photoreceptors and in visual and circadian system structures. Expression is rhythmic; mRNA levels predominate in late subjective night. The present data suggests that gCry2 is a candidate avian clock gene and/or photopigment and set the stage for functional studies of gCry2
The avian circadian system is composed of the retina, the mammalian homolog region of the suprachias...
The genetic identification of molecular mechanisms responsible for circadian rhythm generation has a...
. The avian pineal gland, like that of mammals, displays a striking circadian rhythm in the synthesi...
We have identified and characterized an ortholog of the putative mammalian clock gene cryptochrome 2...
AbstractWe have identified and characterized an ortholog of the putative mammalian clock gene crypto...
The genetic identification of molecular mechanisms responsible for circadian rhythm generation has a...
Avian circadian clocks are composed of a distributed network of neural and peripheral oscillators. T...
The molecular core of the vertebrate circadian clock is a set of clock genes, whose products interac...
Purpose: The avian circadian system is regulated by a multi-oscillatory system consisting of clocks ...
Purpose: Circadian rhythms are generated in pacemaker cells and are entrained by environmental cues ...
Cryptochromes are photolyase-related blue-light receptors acting as core components of the mammalian...
Abstract Cryptochromes (CRY) are highly conserved signalling molecules that regulate circadian rhyth...
Birds are equipped with a complex circadian pacemaking system that regulates the rhythmicity of phys...
Birds are equipped with a complex circadian pacemaking system that regulates the rhythmicity of phys...
The avian circadian system is composed of the retina, the mammalian homolog region of the suprachias...
The avian circadian system is composed of the retina, the mammalian homolog region of the suprachias...
The genetic identification of molecular mechanisms responsible for circadian rhythm generation has a...
. The avian pineal gland, like that of mammals, displays a striking circadian rhythm in the synthesi...
We have identified and characterized an ortholog of the putative mammalian clock gene cryptochrome 2...
AbstractWe have identified and characterized an ortholog of the putative mammalian clock gene crypto...
The genetic identification of molecular mechanisms responsible for circadian rhythm generation has a...
Avian circadian clocks are composed of a distributed network of neural and peripheral oscillators. T...
The molecular core of the vertebrate circadian clock is a set of clock genes, whose products interac...
Purpose: The avian circadian system is regulated by a multi-oscillatory system consisting of clocks ...
Purpose: Circadian rhythms are generated in pacemaker cells and are entrained by environmental cues ...
Cryptochromes are photolyase-related blue-light receptors acting as core components of the mammalian...
Abstract Cryptochromes (CRY) are highly conserved signalling molecules that regulate circadian rhyth...
Birds are equipped with a complex circadian pacemaking system that regulates the rhythmicity of phys...
Birds are equipped with a complex circadian pacemaking system that regulates the rhythmicity of phys...
The avian circadian system is composed of the retina, the mammalian homolog region of the suprachias...
The avian circadian system is composed of the retina, the mammalian homolog region of the suprachias...
The genetic identification of molecular mechanisms responsible for circadian rhythm generation has a...
. The avian pineal gland, like that of mammals, displays a striking circadian rhythm in the synthesi...