| | MORI Futoshi Last updated: Nov 29, 2018 at 12:41 Research Interests stroke(111) , motor learning(62) , Motor Control(85) , Posture(13) , Functional Brain Imaging(18) , Plasticity(59) , Rehabilitation(237) , Locomotion(15) , Cerebral Cortex(30) , Neurosurgery(215) , brain(125) , function(85) Committee Memberships Oct 2014 - Today International Society for Posture and Gait Research Scientific Content Committee Published Papers Time course of changes in corticospinal excitability after short-term forearm/hand immobilization. Karita T, Matsuura A, Kondo Y, Tomimura K, Nakada N, Mori F NeuroReport 28(16) 1092-1096 Nov 2017 [Refereed] Matsuura A, Karita T, Nakada N, Fukushima S, Mori F Phys Ther Res 20(2) 28-35 Oct 2017 [Refereed] Imaoka Y, Kawai M, Mori F, Miyata H Journal of Physiological Sciences 65(5) 461-469 Sep 2015 [Refereed] Misc Experimental Neurology 143 45-60 1997 Fetal transplants alter the develpment of function after spinal cord transection in newrborn tats. (共著) Journal of Neuroscience 17(12) 4856-4872 1997 Embryonic spinal cord transplants enhamce locomotor performance in spinalized newborn rats (共著) Advancer in Neurology : Neuronal Regenetation, Recrganization and Repair, Lippincott-Raven 72 291-303 1997 A new model for the study of the neurobiology of bipedal locomotion : the Japanese monky, m. Fuscata From Basic Moter Control to Functional Recovery 47-51 1999 J. Comp. Neurol. 410 413-430 1999 Conference Activities & Talks Hyper muscle tone increases ipsilateral cortical excitability in healthy young subjects. Mori F, Matsuura A, Karita T, Kondo Y, Nakaso N. Asian Confederation of Physical Therapy Congress 2016 @ Kuala Lumpur, Malysia 8 Oct 2016 Changes in the intact corticospinal excitability and motor recovery after stroke. Matsuura A, Karita T, Nakada N, Mori F Asian Confederation of Physical Therapy Congress 2016 @ Kuala Lumpur, Malysia 7 Oct 2016 Time course of changes in corticospinal excitability after short-term forearm/hand immobilization. Karita T, Matsuura A, Kondo Y, Tomimura K, Nakada M, Mori F Asian Confederation of Physical Therapy Congress 2016 @ Kuala Lumpur, Malysia 8 Jul 2016 Cortical and descending signal contribution to bipedal locomotion Mori F 5 Jun 2016 Functional characteristics of spinal motoneurons Mori F, Nakajima K, Wada N International Society for Posture and Gait Research 2013@Akita 26 Jun 2013 Research Grants & Projects High-order central nervous system control mechanisms in bipedal locomotion High-order cebtral nervous system control mechanisms in posture and locomotion |
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