Recovery from sensory-motor dysfunctions positively correlates with a residual volume of the entopeduncular nucleus in a rat model of the intracerebral hemorrhage.

Ryo Sakai

[1P-126] Recovery from sensory-motor dysfunctions positively correlates with a residual volume of the entopeduncular nucleus in a rat model of the intracerebral hemorrhage.

*Ryo Sakai^1,2, Koshi Murata², Kazuki Kuroda², Takashi Ryoke², Yugo Fukazawa² (1. Dept Reha, Fukui Health Science Univ, Fukui, Japan, 2. Dept Med, Univ of Fukui, Fukui, Japan)

Keywords:intracerebral hemorrhage, senrosy-motor dysfunction, entopeduncular nucleus, reaching movement

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PW: Neuro2022

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[1P] F. Disorders of the Nervous System 2

[1P-126] Recovery from sensory-motor dysfunctions positively correlates with a residual volume of the entopeduncular nucleus in a rat model of the intracerebral hemorrhage.

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