Experimental studies on the training of postural control using an unstable platform

Area of Science:

• Biomechanics
• Rehabilitation Science
• Human Motor Control

Background:

• Postural control is crucial for daily activities and injury prevention.
• Traditional balance training methods may have limitations in efficacy and engagement.
• Objective assessment of postural control improvements is essential for rehabilitation.

Purpose of the Study:

• To investigate the efficacy of a newly developed training system for improving postural control.
• To evaluate the system's impact on balance, focus, and lower limb muscle fatigue.
• To explore the potential of this system as a clinical rehabilitation tool.

Main Methods:

• Experimental studies utilizing a training system with an unstable platform, computer interface, and monitoring devices.
• Development and implementation of specialized training programs.
• Measurement of key parameters including target focus duration, mean absolute deviation of trace, and lower limb muscle fatigue.

Main Results:

• The training system significantly improved subjects' postural control abilities.
• Improvements were observed in maintaining focus on a target.
• Reduced muscle fatigue in the lower limbs was noted following training.

Conclusions:

• The developed training system effectively enhances postural control.
• This system shows promise as a valuable tool for clinical rehabilitation and balance training.
• Further research can explore its application across diverse patient populations.