In all mammalian species the projections of the two eyes to the dorsal lateral geniculate nucleus are initially overlapping before gradually forming the eye-specific domains evident at maturity. It is widely thought that retinal waves of neuronal activity play an instructional role in this developmental process. Here, I discuss the myriad reasons why retinal waves are unlikely to have such a role, and suggest that eye-specific molecular cues in combination with neuronal activity are most probably involved in the formation of eye-specific retinogeniculate projections
A neural model is described of how spontaneous retinal waves are formed in infant mammals, and how t...
The targeting and refinement of retinal projections to their primary targets in the brain has served...
The development of neural circuits is perhaps one of the most fascinating phenomena of nature. Neura...
In all mammalian species the projections of the two eyes to the dorsal lateral geniculate nucleus ar...
Prior to eye-opening and the development of visual responses, the retina exhibits highly correlated ...
A characteristic feature of developing neural networks is spontaneous periodic activity. In the deve...
Coordinated spontaneous activity is present in different sensory systems during early stages of deve...
SummaryThe elaboration of nascent synaptic connections into highly ordered neural circuits is an int...
Many circuits in the developing nervous system generate spontaneous activity. This phenomenon has be...
AbstractA central hypothesis of neural development is that patterned activity drives the refinement ...
AbstractDuring retinocollicular map development, spontaneous waves of action potentials spread acros...
The intricate patterning and complex circuitry of the nervous system beg the question of how such pr...
Complex neural circuits in the mammalian brain develop through a combination of genetic instruction ...
SummaryDuring development, retinal axons project coarsely within their visual targets before refinin...
AbstractPropagated waves of excitation in developing neural tissues may be a critical feature of mat...
A neural model is described of how spontaneous retinal waves are formed in infant mammals, and how t...
The targeting and refinement of retinal projections to their primary targets in the brain has served...
The development of neural circuits is perhaps one of the most fascinating phenomena of nature. Neura...
In all mammalian species the projections of the two eyes to the dorsal lateral geniculate nucleus ar...
Prior to eye-opening and the development of visual responses, the retina exhibits highly correlated ...
A characteristic feature of developing neural networks is spontaneous periodic activity. In the deve...
Coordinated spontaneous activity is present in different sensory systems during early stages of deve...
SummaryThe elaboration of nascent synaptic connections into highly ordered neural circuits is an int...
Many circuits in the developing nervous system generate spontaneous activity. This phenomenon has be...
AbstractA central hypothesis of neural development is that patterned activity drives the refinement ...
AbstractDuring retinocollicular map development, spontaneous waves of action potentials spread acros...
The intricate patterning and complex circuitry of the nervous system beg the question of how such pr...
Complex neural circuits in the mammalian brain develop through a combination of genetic instruction ...
SummaryDuring development, retinal axons project coarsely within their visual targets before refinin...
AbstractPropagated waves of excitation in developing neural tissues may be a critical feature of mat...
A neural model is described of how spontaneous retinal waves are formed in infant mammals, and how t...
The targeting and refinement of retinal projections to their primary targets in the brain has served...
The development of neural circuits is perhaps one of the most fascinating phenomena of nature. Neura...