IKEDA Takahiro MATSUSHITA Akira and SAOTOME Kosaku
[1] C. Sahyoun, A. Floyer-Lea, H. Johansen-Berg, P.M.Matthews, Towards an understanding of gait control:brain activation during the anticipation, preparationand execution of foot movements, NeuroImage 21 ,2004, pp.568-575 [2] O. Ciccarelli, A. T. Toosy, J. F. Marsden, C. M.Wheeler-Kingshott, C. Sahyoun, P.M. Matthews, D.H. Miller, A. J. Thompson, ”Identifying brain re-gions for integrative sensorimotor processing with an-kle movements,” Exp Brain Res, 166, 2005, pp. 31-42 [3] Bruce H. Dobkin, Ann Firestine, Michele West,Kaveh Saremi, Roger Woods, ”Ankle dorsiflexion asan fMRI paradigm to assy motor control for walk-ing during rehabilitation,” NeuroImage, 23, 2004, pp.370-381 [4] Youri Thijs, Guy Vingerhoets, Els Pattyn, Lies Rom-baut, Erik Witvrouw, Does bracing influence brainactivity during knee movement: an fMRI study,Knee Sports Traumatol Arthrosc , 2010, 18, pp.1145-1149 [5] S.A. Kautz, D.A. Brown, Relationships betweentiming of muscle excitation and impaired motor per-formance during cyclical lower extremity movementin post-stroke hemiplegia, Brain, 1998, 121, pp.515-526 [6] Jay P. Mtehta, Matthew D. Verber, Jon A. Wieser,Brain D. Schmit, Sheila M.Schindler-Ivens, A noveltechnique for examining human brain activity associ-ated with pedaling using fMRI, Journal of Neuro-science Methods, 179, 2009, pp.230-239. [7] Irving P. Herman, Physics of the Human Body,(2009), pp. 104, NTS [8] National Institute of Technology and Eval-uation, The maximum exert torque -lower extremity, Human Characteris-tics Database, (online), available from,(accessed 2010-7-1) [9] KANDA TSUSHIN KOGYO CO., LTD.,cknowledgements
Important Links:
Go Back