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Using GH-Method: Math-Physical Medicine to Investigate the Risk Probability of Metabolic Disorders Induced Cardiovascular Diseases or Stroke
Gerald C Hsu
The author applied topology, nonlinear algebra, partial differential equations, and finite element method to develop a 10-dimensional complex mathematical model of metabolism. It includes 4 medical condition categories and 6 lifestyle detail categories with a total of ~500 elements. Then he has collected ~1.5 million data since 1/1/2012.
He conducted both time series analysis and spatial analysis to investigate the complex relationships among weight, glucose, and blood pressure with big biomedical data (lipid data are limited due to their collection via labs only). Furthermore, he has also developed a simulation model to calculate risk probability of having a CVD or stroke throughout different time scale.
In this article, he compares two specific chronic diseases patients with CVD histories. Patient A has dropped his risk from 82%-94% before 2010 (with 5 cardiac episodes) down to 55-56% in 2019 (has not suffered any more cardiac event since).
Patient B suffered one chest pain in 2018 due to her continuous overweight which further amplified her metabolic disorders condition. Her spatial analysis diagrams are significantly different from Patient A as a result of taking her chronic diseases medications to “hide” the potential “time bomb”, heart attack.