This study aimed to determine the validity of the centre of mass position (COM) position and extrapolated COM (XCOM), relative to the base of support, for predicting medio-lateral stability during a walking task where the base of support width is limited. Nine young healthy participants walked on a narrow beam. Three-dimensional motion capture was used to calculate the COM and XCOM relative to the base of support. Steps were classified as having either the COM or XCOM inside or outside the base of support, and were classified as successful (stable - foot placed on the beam) or failed (unstable - foot stepped off the beam). If the COM or XCOM are valid measures of stability, they should be within the base of support for successful steps and ...
Dynamic balance control during human walking can be described by the distance between the mediolater...
BACKGROUND: Control of dynamic balance in human walking is essential to remain stable and can be par...
BACKGROUND: Control of dynamic balance in human walking is essential to remain stable and can be par...
Abstract Background The Margin of Stability (MoS) is a widely used objective measure of dynamic stab...
BACKGROUND: Control of dynamic balance in human walking is essential to remain stable and can be par...
The dynamic margin of stability (MoS), defined as the difference between the anterior boundary of th...
BACKGROUND: Control of dynamic balance in human walking is essential to remain stable and can be par...
BACKGROUND: The Margin of Stability (MoS) is a widely used objective measure of dynamic stability du...
The well-known condition for standing stability in static situations is that the vertical projection...
The well-known condition for standing stability in static situations is that the vertical projection...
We investigated mediolateral dynamic stability at first foot off and first initial contact during ga...
Fall incidents remain a major issue for workers in the construction and industrial sites. From biome...
BACKGROUND: Control of dynamic balance in human walking is essential to remain stable and can be par...
The extrapolated center of mass (XCoM), a valuable tool to assess balance stability, involves defini...
Dynamic balance control during human walking can be described by the distance between the mediolater...
Dynamic balance control during human walking can be described by the distance between the mediolater...
BACKGROUND: Control of dynamic balance in human walking is essential to remain stable and can be par...
BACKGROUND: Control of dynamic balance in human walking is essential to remain stable and can be par...
Abstract Background The Margin of Stability (MoS) is a widely used objective measure of dynamic stab...
BACKGROUND: Control of dynamic balance in human walking is essential to remain stable and can be par...
The dynamic margin of stability (MoS), defined as the difference between the anterior boundary of th...
BACKGROUND: Control of dynamic balance in human walking is essential to remain stable and can be par...
BACKGROUND: The Margin of Stability (MoS) is a widely used objective measure of dynamic stability du...
The well-known condition for standing stability in static situations is that the vertical projection...
The well-known condition for standing stability in static situations is that the vertical projection...
We investigated mediolateral dynamic stability at first foot off and first initial contact during ga...
Fall incidents remain a major issue for workers in the construction and industrial sites. From biome...
BACKGROUND: Control of dynamic balance in human walking is essential to remain stable and can be par...
The extrapolated center of mass (XCoM), a valuable tool to assess balance stability, involves defini...
Dynamic balance control during human walking can be described by the distance between the mediolater...
Dynamic balance control during human walking can be described by the distance between the mediolater...
BACKGROUND: Control of dynamic balance in human walking is essential to remain stable and can be par...
BACKGROUND: Control of dynamic balance in human walking is essential to remain stable and can be par...