Chronic disease medicine taking behavior risk quantitative analysis method and application

Abstract

The invention discloses a chronic disease medicine taking behavior risk quantification analysis method and application, and the method comprises the steps: defining the risk level of a medicine takingbehavior, i.e., firstly setting the medicine taking time which is the time for suggesting a patient to take medicine in a treatment scheme, building a risk model through employing the medicine takingtime and the actual medicine taking time of the patient as parameters, and forming various applications of risk grade axis, risk quantitative calculation of medicine taking behaviors and risk quantitative analysis of the medicine taking behaviors. The problems that in the medicine taking process of a chronic disease patient, the risk brought to treatment by illegal medicine taking behaviors cannot be clearly or timely known, the actual medicine taking situation cannot be timely adjusted, correct treatment of the disease is delayed, and a treatment scheme is not personalized, humanized or reasonable enough are solved; and the method can be widely applied to the field of chronic disease treatment and supervision technology application.

Description

technical field [0001] The invention relates to the application field of chronic disease treatment and supervision technology, in particular to an analysis method and application of risk quantification of chronic disease medication taking behavior. Background technique [0002] At present, patients with chronic diseases usually take medicine according to the time and frequency of taking medicine suggested by the doctor's order, medication instructions or other medication schemes during the course of disease treatment. General doctor's orders, medication instructions, or other medication regimens are all general guidance, but the actual time of taking medicine for patients with chronic diseases is closely related to the patient's personal living habits and work and rest time. This difference may cause a deviation between the actual peak time of the blood drug concentration in the patient's body and the expected peak time, and this deviation may cause changes in drug efficacy ...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide an analysis method and application of risk quantification of chronic disease medication behavior, to solve the difference between the actual medication situation and the medication requirements of patients with chronic diseases in the process of taking medication, because the difference cannot be clearly or timely understood. The risks that come, lead to the failure to adjust the actual medication situation in time and delay the correct treatment of the disease

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