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A method for the biocybernetic physiological investigation of postural motor control and its disorders in children
H C Scholle1, D Hoyer, H Wagner
1Institute of Pathological Physiology, Friedrich Schiller University, Jena, GDR.
Insights
This study introduces a biocybernetic method using multifrequent binary test signals to assess human postural motor control in children. The technique offers a fast, simple, and standardized way to quantitatively characterize normal control and its disorders.
Area of Science:
- Biocybernetics
- Human Motor Control
- Pediatric Neurology
Background:
- Human postural motor control is complex and crucial for daily activities.
- Assessing motor control in children requires age-appropriate, standardized methods.
- Existing methods may be time-consuming or lack quantitative precision.
Purpose of the Study:
- To describe a novel biocybernetic method for investigating human postural motor control.
- To evaluate the efficacy of this method in characterizing motor control in children.
- To establish a quantitative and comprehensive assessment tool for pediatric postural disorders.
Main Methods:
- Utilized a biocybernetic approach with optimal multifrequent binary test-signals.
- Applied the method to examine human postural motor control in a pediatric population.
- Ensured examination time was short, motor tasks were simple, and physiological load was adequate and standardized.
Main Results:
- Demonstrated the capability of the method for comprehensive characterization of postural motor control.
- Showcased its effectiveness in identifying normal motor control patterns.
- Confirmed its utility in detecting and quantifying disorders of postural motor control in children.
Conclusions:
- The described biocybernetic method provides a powerful tool for quantitative assessment of pediatric postural motor control.
- This approach allows for a thorough evaluation of both normal function and motor disorders.
- The method's efficiency and standardization make it suitable for clinical and research applications in children.
Abstract:
On a biocybernetic basis, a method for the investigation of human postural motor control with optimal multifrequent binary test-signals is described. The examinations presented demonstrate that a comprehensive and quantitative characterization of normal postural motor control and its disorders is possible by means of this method in children. The examination time is short, the motor task used is simple, and the load is physiologically adequate and standardized.