The time of origin of the neurons of the nucleus isthmi (NI) in Xenopus has been investigated with [3H] thymidine autoradiography. The first cells of the NI were formed at stage 20 and they continued to be formed until stage 62. The majority of the neurons of the NI were generated between stages 45 and 55. The cells in the NI were distributed in a spatiotemporal manner. Cell generated earliest were located in the rostroventral pole of the NI followed in a dorsocaudal sequence by neurons formed later.link_to_subscribed_fulltex
This is the first descriptive study of ontogenesis and anatomical distribution of mast cells in the ...
To broaden our insight into the organization of the basal ganglia of amphibians, the development of ...
AbstractThe Spemann organizer is largely responsible for organizing and patterning the anteroposteri...
The development of the diencephalon and the time of origin of neurons of thalamic nuclei were determ...
An important process in the organization of developing nervous system is the clustering of neurons w...
14 p. Reprinted from: Journal of Comparative Neurology, Vol. 36, No. 3, February 1924
Excitatory and inhibitory interneurons play a key role in the establishment of neuronal responses an...
By thymidine autoradiography it is shown that the entire isthmic complex is arranged according to a ...
A monoclonal antibody, 2G9, has been identified and characterised as a marker of neural differentiat...
Xenopus laevis is a prominent model system for studying neural development, but our understanding of...
International audienceIn contrast to mammals, the brain of adult non-mammalian vertebrates exhibits ...
Neural progenitor cells have a central role in the development and evolution of the vertebrate brain...
Cell proliferation and migration in tectum opticum has been studied in the Xenopus laevis tadpoles u...
The evolutionarily conserved IA1 (Insm1) gene is strongly expressed in the developing nervous system...
The present immunohistochemical study represents a detailed spatiotemporal analysis of the localizat...
This is the first descriptive study of ontogenesis and anatomical distribution of mast cells in the ...
To broaden our insight into the organization of the basal ganglia of amphibians, the development of ...
AbstractThe Spemann organizer is largely responsible for organizing and patterning the anteroposteri...
The development of the diencephalon and the time of origin of neurons of thalamic nuclei were determ...
An important process in the organization of developing nervous system is the clustering of neurons w...
14 p. Reprinted from: Journal of Comparative Neurology, Vol. 36, No. 3, February 1924
Excitatory and inhibitory interneurons play a key role in the establishment of neuronal responses an...
By thymidine autoradiography it is shown that the entire isthmic complex is arranged according to a ...
A monoclonal antibody, 2G9, has been identified and characterised as a marker of neural differentiat...
Xenopus laevis is a prominent model system for studying neural development, but our understanding of...
International audienceIn contrast to mammals, the brain of adult non-mammalian vertebrates exhibits ...
Neural progenitor cells have a central role in the development and evolution of the vertebrate brain...
Cell proliferation and migration in tectum opticum has been studied in the Xenopus laevis tadpoles u...
The evolutionarily conserved IA1 (Insm1) gene is strongly expressed in the developing nervous system...
The present immunohistochemical study represents a detailed spatiotemporal analysis of the localizat...
This is the first descriptive study of ontogenesis and anatomical distribution of mast cells in the ...
To broaden our insight into the organization of the basal ganglia of amphibians, the development of ...
AbstractThe Spemann organizer is largely responsible for organizing and patterning the anteroposteri...