Kinematic data for one previous (Pre) and five recovery (Post1-5) steps following a treadmill acceleration (orange) and walkway (W) trip inducing elevating (blue) and lowering (green) strategies (<i>n</i> = 38).

<p>Presented are (A) margin of stability (MoS), (B) extrapolated centre of mass (xCoM), (C) maximum centre of mass anteroposterior velocity (Max. CoM AP Vel), (D) step length and (E) maximum toe clearance (Max. Toe Clearance). Coloured dots represent individual datapoints. Bold coloured bars a...

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Bibliographic Details
Main Author:	Dayeon C. Jung (20536235) (author)
Other Authors:	Daina L. Sturnieks (9612947) (author), Kirsty A. McDonald (2602807) (author), Patrick Y. H. Song (11304723) (author), Michael K. Davis (11304726) (author), Stephen R. Lord (6830252) (author), Yoshiro Okubo (589967) (author)
Published:	2025
Subjects:	Biochemistry Cell Biology Neuroscience Physiology Biotechnology Ecology Developmental Biology xlink "> destabilisation lower limb kinematics knee angles (< high clinical feasibility condition presentation randomised board whilst walking 14 cm trip 1 %, respectively two trips induced one recovery step mos ), number first recovery step dwelling older people walkway trips (< overground walkway trips recovery step lengths treadmill belt accelerations smaller trunk displacement step lengths induced trips older people walkway trips treadmill accelerations belt treadmill step prior recovery strategy treadmill perturbations treadmill compared toe clearance study examined maximum trunk lowering strategy less negative kinematic validity elicited elevating eight community biomechanical challenge based training anteroposterior margin accurately simulate
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Kinematic data for one previous (Pre) and five recovery (Post1-5) steps following a treadmill acceleration (orange) and walkway (W) trip inducing elevating (blue) and lowering (green) strategies (<i>n</i> = 38).

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