Diabetes risk assessment system and assessment method based on obesity

Abstract

The invention provides a diabetes risk assessment system based on obesity. The diabetes risk assessment system comprises a collection platform, a service platform and a user database. The user database comprises a basic information library, a blood sample information library, a high-glucose blood sample library, a diet library and an exercise library; the collection platform comprises a software collection module and a blood sample collection module, and the software collection module is in communication connection with the blood sample collection module; the software acquisition module can acquire basic information, diet intake information and exercise information, store the basic information in a basic information library, store the diet intake information in a diet library and store the exercise information in an exercise library; the blood sample collection module is used for collecting blood sample information. The invention also provides an evaluation method of the obesity-based diabetes risk evaluation system. Based on the evaluation system and the evaluation method, the blood glucose state of the user can be reminded in time, so that the user can obtain early intervention or treatment suggestions, and the health problem caused by untimely medical treatment can be effectively avoided.

Description

technical field [0001] The present application relates to the technical field of diabetes risk assessment, in particular to an obesity-based diabetes risk assessment system and assessment method. Background technique [0002] According to the research data of the prior art, obesity and diabetes belong to metabolic diseases, and obesity and diabetes are closely related. The main causes of diabetes are the decline of pancreatic β-cell function and insulin resistance, and insulin resistance is the key factor leading to obesity. Obese patients are prone to insulin resistance due to their overweight and high fat content. Insulin resistance makes insulin in the body unable to exert the corresponding hypoglycemic effect. Since insulin is the only blood sugar-lowering hormone in the body, in order to control blood sugar, the body must improve the ability of pancreatic beta cells to secrete insulin and increase insulin secretion. When insulin secretion still fails to restore blood s...

AI Technical Summary

Problems solved by technology

Once suffering from diabetes, patients need to take medicine for a long time, face huge treatment costs, and even suffer from complications due to failure to receive timely diagnosis and treatment. Current research shows that if diabetes is not properly controlled, it will also cause cardiovascular disease. Increased risk of disease and stroke

In the past 20 years, the incidence of diabetes among the population aged 15-49 in my country has increased by more than 60%, while young diabetic patients under the age of 40 have a faster decline in blood sugar metabolism and a lower rate of medication treatment. The reason is that many people I usually don’t go to the doctor for a check-up, and usually just perform a fasting blood glucose test during the annual routine physical examination. However, the fasting blood glucose test may cause many people to miss the opportunity for early intervention due to its insufficient sensitivity

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