[Research on real-time data collection and demonstration system for acupuncture manipulation]

Area of Science:

• Traditional Chinese Medicine
• Biomedical Engineering
• Acupuncture Research

Context:

• Acupuncture manipulation lacks standardized quantitative analysis.
• Traditional teaching methods rely on subjective observation.
• Need for objective data in acupuncture research and education.

Purpose:

• To develop and apply a real-time data collection and demonstration system for acupuncture manipulation.
• To enable quantitative analysis of acupuncture manipulation parameters.
• To support acupuncture teaching and research through objective data.

Summary:

• The system facilitates real-time observation and analysis of acupuncture manipulation parameters.
• Lifting and thrusting showed uniform variable motion, achieving 'arrival of Qi' with consistent force.
• Twirling and rotating/shaking manipulations revealed relationships between parameters (number, radian, radius) and resistance/body response.

Impact:

• Provides a novel experimental method for quantitative acupuncture manipulation analysis.
• Facilitates standardized research and teaching demonstrations in acupuncture.
• Enhances the scientific understanding and application of acupuncture techniques.