Metabolism assessment system

Abstract

The invention provides a metabolism assessment system, which comprises a respiration monitoring module, a blood pressure and blood temperature monitoring module, a PH value measuring module, a living condition monitoring module, an impact factor monitoring module, an information processing module and a display module. The information processing module is in charge of continuously receiving, storing and transmitting information acquired by the respiration monitoring module and the impact factor monitoring module, calculating chest circumference and abdomen circumference differences of a sample between exhalation and inhalation under different impact factors, calculating a respiratory capacity within unit time in accordance with the chest circumference and abdomen circumference differences as well as a respiratory rate, and comparing the respiratory capacity with a preset threshold; and the information processing module, in combination with blood pressure, body temperature and PH value information, is used for analyzing work of respiratory dynamic performance and heart dynamic performance on blood circulation and lymphatic circulation, and for analyzing and assessing electromagnetic metabolism, chemical metabolism, mechanical metabolism and the like with the application of a correlation equation between the various impact factors. According to the comprehensive metabolism assessment system provided by the invention, human metabolism can be assessed by calculating the correlation equation on the basis of a big data technology.

Description

technical field [0001] The invention relates to the fields of monitoring and medical big data, in particular, to a metabolism evaluation system. Background technique [0002] Existing metabolic problem detection systems and devices only focus on body mass index, measurement of measurements, blood glucose measurement, glucose tolerance measurement, insulin measurement, step counting measurement, ATP and mitochondrial membrane potential measurement... Unsystematic superficial monitoring, the above Various parameters are monitored and evaluated separately, and cannot be effectively integrated, and the simple use of parameters such as body shape, diet, and burnt calories of wearable products to evaluate human metabolism separately lacks clear meaning. The measurement of blood sugar, insulin, ATP and mitochondrial membrane potential is too one-sided, which makes people in a kind of blindness and contradiction. The metabolism of the human body is systemic, holistic and interrelat...

AI Technical Summary

Problems solved by technology

[0002] Existing metabolic problem detection systems and devices only focus on body mass index, measurement of measurements, blood glucose measurement, glucose tolerance measurement, insulin measurement, step counting measurement, ATP and mitochondrial membrane potential measurement... Unsystematic superficial monitoring, the above Various parameters are monitored and evaluated separately, and cannot be effectively integrated, and the simple use of parameters such as body shape, diet, and burnt calories of wearable products to evaluate human metabolism separately lacks clear meaning

The measurement of blood sugar, insulin, ATP and mitochondrial membrane potential is too one-sided, which makes people in a kind of blindness and contradiction

Images