Turning bias, the preferential tendency to turn toward a given direction has been reported in both rodents and human participants. The observational gait method of determining turning bias in humans requires a stop prior to turning. This study removed the stop and hypothesised that turning bias would remain the same between stop and non-stop conditions if bias was solely under the control of neurochemical asymmetries. The results showed that statistically turning bias remained the same (to the left) regardless of method used but there was no agreement between the methods thus rejecting the hypothesis. It is likely that when not stopping biomechanical factors related to gait when turning influence the direction of turn rather than solely neu...
Studies of biological motion typically ask observers to make a direct judgement on some aspect of a ...
When traversing through an aperture, such as a doorway, people characteristically deviate towards th...
<p><i>(A) Feedback trials.</i> The mean <i>motor</i> pointing direction in feedback trials (mean ± s...
The directional preference for spontaneous turning in humans has previously been documented using an...
Turning bias is the tendency to turn towards a given direction. Conflicting results from previous st...
Turning biases have been associated with unbalanced hemispheric dopaminergic activity, and this acti...
In this thesis, a tool with which to describe turning, the Standing Start 180° Turn Test (SS-180) wa...
In attempting to walk rectilinearly in the absence of visual landmarks, persons will gradually turn ...
This study had two aims. Firstly, to characterise the temporal-spatial and ground reaction impulse a...
The ability to turn while walking is essential for daily living activities. Turning is slower and mo...
Healthy individuals display a tendency to allocate attention unequally across space, and this bias h...
The origin and development of human cerebral asymmetries is yet a debated issue. One prominent manif...
Typical healthy walking displays greater variability in the mediolateral direction compared to the a...
For navigation through our environment, we can rely on information from various modalities, such as ...
BACKGROUND: Despite the strong relationship between freezing of gait (FOG) and turning in Parkinson'...
Studies of biological motion typically ask observers to make a direct judgement on some aspect of a ...
When traversing through an aperture, such as a doorway, people characteristically deviate towards th...
<p><i>(A) Feedback trials.</i> The mean <i>motor</i> pointing direction in feedback trials (mean ± s...
The directional preference for spontaneous turning in humans has previously been documented using an...
Turning bias is the tendency to turn towards a given direction. Conflicting results from previous st...
Turning biases have been associated with unbalanced hemispheric dopaminergic activity, and this acti...
In this thesis, a tool with which to describe turning, the Standing Start 180° Turn Test (SS-180) wa...
In attempting to walk rectilinearly in the absence of visual landmarks, persons will gradually turn ...
This study had two aims. Firstly, to characterise the temporal-spatial and ground reaction impulse a...
The ability to turn while walking is essential for daily living activities. Turning is slower and mo...
Healthy individuals display a tendency to allocate attention unequally across space, and this bias h...
The origin and development of human cerebral asymmetries is yet a debated issue. One prominent manif...
Typical healthy walking displays greater variability in the mediolateral direction compared to the a...
For navigation through our environment, we can rely on information from various modalities, such as ...
BACKGROUND: Despite the strong relationship between freezing of gait (FOG) and turning in Parkinson'...
Studies of biological motion typically ask observers to make a direct judgement on some aspect of a ...
When traversing through an aperture, such as a doorway, people characteristically deviate towards th...
<p><i>(A) Feedback trials.</i> The mean <i>motor</i> pointing direction in feedback trials (mean ± s...