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Mechanisms underlying human bipedal
locomotion n
Neural control underlying
human gait and posture n
Biomechanical analysis of
normal and pathological gait n
Characterize
adaptive/Learning components underlying bipedal locomotion n Development of novel rehabilitation approaches to facilitate
recovery after central nervous system disorders Mechanisms underlying human upright
standing posture n
Neural mechanisms underlying
human upright standing posture n
Postural-related modulation
of the corticospinal and spinal reflex pathway
Reorganization/plasticity due to CNS
disorder and chronic pain n Neural mechanisms underlying phantom limp pain n Potential usefulness for the use of prosthesis for phantom
limb pain
n
Capacity of sensory
perception and motor control in patients with congenital insensitivity to
pain (CIPA)
Development of evidence-based novel approach/device/tool n
Functional 3-finger
prosthesis "FINCH" for forearm amputees
n
Real-time feedback postural
control system "BASYS"
n Novel reahbilitation approach and quantitative
evaluation for patients with unilateral spatial neglect (USN)
Other ongoing project... n Potential usefulness of aqua-therapy
as a therapeutic tool for patients with spinocerebellar
degeneration (SCD) and parkinson's disease (PD) n Attempt to establish precise
measurement of under-water activity with infrared 3D motion anaysis system
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contact: kawashima-noritaka@rehab.go.jp