Neuronal morphology of cerebral cortex of lizard - Maurya, Ram Chandra
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The present study shows various types of neurons and their morphology and projections in different regions of the cerebral cortex of Hemidactylus flaviviridis and deduced homology of various regions of the cerebral cortex with avian and mammalian cerebral cortex. This study describes the various nuclear groups present in the cerebral hemisphere. This study describes seven types of neurons in the medial cortex; six types in the dorsomedial cortex; four types in dorsal cortex; four types in lateral cortex. The neurons of dorsomedial cortex are highly spinous and the spine density over the…mehr

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Produktbeschreibung
The present study shows various types of neurons and their morphology and projections in different regions of the cerebral cortex of Hemidactylus flaviviridis and deduced homology of various regions of the cerebral cortex with avian and mammalian cerebral cortex. This study describes the various nuclear groups present in the cerebral hemisphere. This study describes seven types of neurons in the medial cortex; six types in the dorsomedial cortex; four types in dorsal cortex; four types in lateral cortex. The neurons of dorsomedial cortex are highly spinous and the spine density over the dendritic branches increases as the distance from the soma increases. The soma size of the neurons of dorsomedial cortex is larger than the neurons of medial cortex. The connection of the neurons of dorsomedial cortex are exclusively intra cortical whereas the main source of the extra cortical efferent originates from the medial cortex. The lateral cortex serves as an interface between the olfactory bulb and other cortical areas. These regions in animals work as the gateway through which the bidirectional information passes.
Autorenporträt
He hecho mi M.Sc. de la Universidad de Allahabad, calificado JRF y me uní al laboratorio del Prof. U. C. Srivastava para completar mi D.Phil. Luego me incorporé como profesor asistente en el Departamento de Zoología de la Universidad de Kumaun, Campus S.S.J., Almora, Uttarakhand. Mi laboratorio está interesado en comprender el papel de los estímulos externos/estrés en la remodelación neuronal.