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1.
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2025
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Biphasic control of unidirectional sway underlies body sway variability during quiet standing in middle-aged and older women (Neuroscience 2025)
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2.
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2018
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Effect of static stretch of the calf muscles on the postural orientation and equilibrium during human quiet standing (Neuroscience 2018)
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3.
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2017
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Proximal-to-distal segmental sequence of toppling observed during human quiet standing (Neuroscience 2017)
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4.
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2016
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A new biomechanical interpretation of the ankle and hip strategies in balance control during human standing (Neuroscience 2016)
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5.
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2015
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Age-related deterioration in multi-joint coordination increases center of mass acceleration during quiet standing in humans (Neuroscience 2015)
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6.
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2015
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Different effect of attentional focus conditions on postural sway parameters during quiet standing (Neuroscience 2015)
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7.
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2015
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Evaluation of postural control during quiet stance using center of mass acceleration in bilateral transtibial amputees (ISPO World Congress 2015)
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8.
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2013
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Inter-joint dynamic interaction during human quiet standing examined by induced acceleration analysis (Neuroscience 2013)
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9.
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2013
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A new biomechanical interpretation of results from stabilogram-diffusion analysis (2nd Joint World Congress of ISPGR/ Gait & Mental Function)
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10.
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2013
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Development of postural control in children involves functional freezing of degrees of freedom (2nd Joint World Congress of ISPGR/ Gait & Mental Function)
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11.
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2013
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Knee joints significantly affect estimation of body kinematics in the sagittal plane during standing quietly (Australian Neuroscience Society 33rd Annual Meeting)
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5 display
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All display(11)
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