Mathematical Modeling as a Tool for Basic Research in Acupuncture

Author(s): BIRCH, S., TILLER, W.

Abstract: We propose and illustrate a five-step strategy for basic research of traditional explanatory frameworks of acupuncture. Our approach is based on using mathematical models as a bridge between the traditional explanatory frameworks of acupuncture and Western research technologies. Step 1. Carefully select and document case studies that would allow simultaneous interpretation within several 'traditional' explanatory frameworks of acupuncture. Step 2. Develop minimal theoretical models connecting the diagnosis and treatment within the context of each of the selected explanatory frameworks of acupuncture. Step 3. Develop minimal dynamical systems models for each theoretical model from Step 2, so as to tighten their logical structure and to bring them into a falsifiable and more abstracted format (which provides the link between the theoretical models at Step 2 and possible Western-based models, and hence Western measurement technology). Step 4. Interpret the mathematical models from Step 3 within the framework of 'Western' scientific perspectives. Step 5. Select and conduct appropriate 'objective" (skin electrical impedance, etc.) measurements to test the validity of the models at Step 4. Repeat Steps 1-5 as needed.

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