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The Standing Balance Test is a measure developed to assess static standing balance. It involves the participant assuming and maintaining up to five poses for 50 seconds each. The sequence of poses is: eyes open on a solid surface, eyes closed on a solid surface, eyes open on a 18 foam surface, eyes closed on a foam surface, eyes open in tandem stance on a solid surface. Detailed stopping rules are in place to ensure participant safety with these progressively demanding poses. Postural sway is recorded for each pose using an accelerometer that the participant wears at waist level.

Definition contributed by Anonymous
NIH Toolbox Standing Balance Test has been asserted to measure the following CONCEPTS
as measured by the contrast:




Phenotypes associated with NIH Toolbox Standing Balance Test

Disorders

No associations have been added.

Traits

No associations have been added.

Behaviors

No associations have been added.


IMPLEMENTATIONS of NIH Toolbox Standing Balance Test
No implementations have been added.
EXTERNAL DATASETS for NIH Toolbox Standing Balance Test
No implementations have been added.
CONDITIONS

Experimental conditions are the subsets of an experiment that define the relevant experimental manipulation.

CONTRASTS

In the Cognitive Atlas, we define a contrast as any function over experimental conditions. The simplest contrast is the indicator value for a specific condition; more complex contrasts include linear or nonlinear functions of the indicator across different experimental conditions.

INDICATORS
theta score

An indicator is a specific quantitative or qualitative variable that is recorded for analysis. These may include behavioral variables (such as response time, accuracy, or other measures of performance) or physiological variables (including genetics, psychophysiology, or brain imaging data).

Term BIBLIOGRAPHY

Inferred influence of human lateral profile on limb load asymmetry during a quiet standing balance test.
Gutnik B, Leaver J, Standen C, Longley C
(Acta Med Okayama)
2008 Jun

Frailty assessment based on wavelet analysis during quiet standing balance test.
Martínez-Ramírez A, Lecumberri P, Gómez M, Rodriguez-Mañas L, García FJ, Izquierdo M
Journal of biomechanics (J Biomech)
2011 Aug 11