小宮山伴与志

研究者氏名	小宮山伴与志
	コミヤマトモヨシ
URL
所属	千葉大学
部署	教育学部
職名	教授
学位	教育学博士(筑波大学), 体育学修士(筑波大学)
J-Global ID	200901045063199569

研究キーワード

運動制御 ,運動生理学 Exercise Physiology ,Exercise Physiology

研究分野

ライフサイエンス / 体育、身体教育学 /

受賞

2010年7月

日本運動生理学会, 日本運動生理学会賞

論文

Subcortical Contribution of Corticospinal Transmission during Visually Guided Switching Movements of the Arm

Shinya Suzuki Tsuyoshi Nakajima Shun Irie Ryohei Ariyasu Hiroyuki Ohtsuka Tomoyoshi Komiyama Yukari Ohki

Cerebral Cortex 32(2) 380-396 2021年7月 [査読有り]

<title>Abstract</title>
In animal experiments, the indirect corticospinal tract (CST) system via cervical interneurons has been shown to mediate motor commands for online adjustment of visuomotor behaviors, such as target-reaching. However, it is...

Visual information increases the indirect corticospinal excitation via cervical interneurons in humans.

Tsuyoshi Nakajima Hiroyuki Ohtsuka Shun Irie Shinya Suzuki Ryohei Ariyasu Tomoyoshi Komiyama Yukari Ohki

Journal of neurophysiology 125(3) 828-842 2021年1月 [査読有り]

Modulatory actions of inputs from the visual system to cervical interneurons (IN) for arm muscle control are poorly understood in humans. In the present study, we examined whether visual stimulation modulates the excitation of cervical IN systems ...

Long-lasting changes in muscle activation and step cycle variables induced by repetitive sensory stimulation to discrete areas of the foot sole during walking.

Tsuyoshi Nakajima Shinya Suzuki E Paul Zehr Tomoyoshi Komiyama

Journal of neurophysiology 2020年12月 [査読有り]

We examined whether repetitive electrical stimulation to discrete foot sole regions that is phase-locked to the step cycle modulates activity patterns of ankle muscles and induces neuronal adaptation during human walking. Non-noxious repetitive fo...

Arm cycling increases short-latency reflex from ankle dorsiflexor afferents to knee extensor muscles.

Syusaku Sasada Toshiki Tazoe Tsuyoshi Nakajima Shigeki Omori Genki Futatsubashi Tomoyoshi Komiyama

Journal of neurophysiology 2020年11月 [査読有り]

Low-intensity electrical stimulation of the common peroneal nerve (CPN) evokes a short latency reflex in the heteronymous knee extensor muscles (referred to as CPN-reflex). The CPN-reflex is facilitated at a heel strike during walking, contributin...

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