Tetrodotoxin was injected into one eye of chick embryos so as to block activity in the target territory of the isthmo-optic nucleus (ION) during its period of neuronal death. This markedly reduced the neuronal death and thereby prolonged the survival of some 'aberrantly' projecting neurons which would normally all die. In addition, the cytoarchitecture of the ION developed abnormally. Since these two effects differ markedly in their dose-dependence and in other ways, they cannot both be explained by changes in the strength of a single retrograde signal
Two retrograde signals influence the chick embryo's isthmo-optic nucleus, which projects to the reti...
Developing neurons die when deprived of trophic support from their axonal target. Although this is g...
The present review covers all the published data on neuron death in the developing avian isthmo-opti...
Tetrodotoxin was injected into one eye of chick embryos so as to block activity in the target territ...
We have studied how the development of the isthmo-optic nucleus (ION) is affected by electrical acti...
We have studied the role of electrical activity in the elimination of axonal targeting errors, which...
Depriving developing neurons of retrograde trophic support may disrupt their development and often c...
We have investigated how neurons in the optic tecta of embryonic day 16 chick embryos depend for sur...
Our basic question was whether the survival of developing neurons is critically dependent on the lev...
Retrograde signals from axon terminal to cell body are known to regulate neuronal survival and diffe...
Neurons in the isthmo-optic nucleus (ION) of chick embryos can withstand a substantial cycloheximide...
We have examined the capacity of neurons in the chick isthmo-optic nucleus (ION) to survive when the...
Until recently, the only means by which electrical activity was believed to initiate retrograde sign...
The precision of the topographic projection from the isthmo-optic nucleus (ION) to the retina has be...
It has previously been estimated that about 60% of the neurons in the chick's isthmo-optic nucleus d...
Two retrograde signals influence the chick embryo's isthmo-optic nucleus, which projects to the reti...
Developing neurons die when deprived of trophic support from their axonal target. Although this is g...
The present review covers all the published data on neuron death in the developing avian isthmo-opti...
Tetrodotoxin was injected into one eye of chick embryos so as to block activity in the target territ...
We have studied how the development of the isthmo-optic nucleus (ION) is affected by electrical acti...
We have studied the role of electrical activity in the elimination of axonal targeting errors, which...
Depriving developing neurons of retrograde trophic support may disrupt their development and often c...
We have investigated how neurons in the optic tecta of embryonic day 16 chick embryos depend for sur...
Our basic question was whether the survival of developing neurons is critically dependent on the lev...
Retrograde signals from axon terminal to cell body are known to regulate neuronal survival and diffe...
Neurons in the isthmo-optic nucleus (ION) of chick embryos can withstand a substantial cycloheximide...
We have examined the capacity of neurons in the chick isthmo-optic nucleus (ION) to survive when the...
Until recently, the only means by which electrical activity was believed to initiate retrograde sign...
The precision of the topographic projection from the isthmo-optic nucleus (ION) to the retina has be...
It has previously been estimated that about 60% of the neurons in the chick's isthmo-optic nucleus d...
Two retrograde signals influence the chick embryo's isthmo-optic nucleus, which projects to the reti...
Developing neurons die when deprived of trophic support from their axonal target. Although this is g...
The present review covers all the published data on neuron death in the developing avian isthmo-opti...