System for topical nerve diagnosis and neuroanatomical study

A neuroanatomy learning system with the use of a computer, characterized by that said neuroanatomy learning system comprises:

• a nerve pathway cut surface data recording unit for recording cut surface data in at least one region of cerebrum and mesencephalon, at least one region of pons, at least one region of medulla oblongata, and at least one region of spinal cord, respectively, in a whole pathway diagram;
• a display unit;
• a nerve pathway cut surface indication unit for displaying cut surfaces of at least one region of the cerebrum and the mesencephalon, at least one region of the pons, at least one region of the medulla oblongata, at least one region of the medulla oblongata, and at least one region of the spinal cord, respectively, in this order based on the data stored in said nerve pathway cut surface data recording unit;
• a nerve pathway selection data input unit for receiving selection data input of nerve pathways to be displayed on said display unit;
• a nerve pathway data extraction unit for extracting data for drawing relevant nerve pathways from the data stored in said nerve pathway cut surface data recording unit based on the data received by the nerve pathway selection data input unit in every nerve pathway cut surfaces;
• a nerve pathway indication unit for displaying relevant nerve pathways in a nerve pathway cut surface displayed by said nerve pathway cut surface indication unit based on the data extracted by said nerve pathway data extraction unit;
• a nerve pathway cut surface selection data input unit for receiving selection data input for a nerve pathway cut surface which is intended to individually display among the nerve pathway cut surfaces displayed on said display unit by means of said nerve pathway cut surface indication unit;
• an individual nerve pathway cut surface data extraction unit for extracting data for drawing a relevant nerve pathway cut surface from the data stored in said nerve pathway cut surface data recording unit based on the data received by said nerve pathway cut surface selection data input unit;
• an individual nerve pathway cut surface indication unit for displaying a relevant nerve pathway cut surface on said display unit based on the data extracted by said individual nerve pathway cut surface data extraction unit;
• and
• a nerve pathway-nerve nucleus name indication unit for displaying a name of a nerve pathway or a nerve nucleus which is selected in the nerve pathway cut surface displayed on said display unit by means of said individual nerve pathway cut surface indication unit.