Grassroots medical platform and hypertension patient monitoring method based on grassroots medical platform

Abstract

The invention discloses a hypertension patient monitoring method based on a grassroots medical platform. The hypertension patient monitoring method comprises that the grassroots medical platform monitors the blood pressure value of a user at the preset time with a preset monitoring period according to a user diagnosis and treatment plan acquired from a network hospital platform; the grassroots medical platform compares the blood pressure value of the user at the preset time with the blood pressure threshold at the corresponding time in the user diagnosis and treatment plan, and the comparison result within the preset monitoring period is recorded; the grassroots medical platform determines a blood pressure monitoring result within the monitoring period according to the comparison result within the preset monitoring period, and sends a blood pressure adjusting plan corresponding to the blood pressure monitoring result to the user in order to make the user execute the blood pressure adjusting plan. The invention also discloses a grassroots medical platform. The grassroots medical platform is in butt joint with the network hospital platform, parameter monitoring, prompting and intervention are carried to a hypertension patient according to the user diagnosis and treatment plan, and therefore the treatment progress of the hypertension patient is accelerated, and the treatment effect of the hypertension patient is improved.

Description

technical field [0001] The invention relates to the field of medical technology, in particular to a primary medical platform and a monitoring method for hypertensive patients based on the primary medical platform. Background technique [0002] For patients with chronic diseases such as diabetes, hypertension, and heart disease, because blood sugar, blood pressure, and ECG monitoring need to be performed for a long time, usually, after the patient goes to the hospital for a doctor, the doctor will prescribe a corresponding diagnosis and treatment plan for the patient. For patients in remote areas or inconvenient to go to the hospital for regular testing, it is quite difficult for the hospital to monitor the implementation of the diagnosis and treatment plan. They often go to the hospital when abnormalities occur again. If the situation is serious, the treatment will be delayed. lead to irreversible results. At present, due to the nature of the hospital and the limitations of...

AI Technical Summary

Problems solved by technology

[0002] For patients with chronic diseases such as diabetes, hypertension, and heart disease, since blood sugar, blood pressure, and ECG monitoring need to be performed for a long time, usually, after a patient visits a hospital, the doctor will prescribe a corresponding diagnosis and treatment plan for the patient. For patients in remote areas or inconvenient to go to the hospital for regular testing, it is quite difficult for the hospital to monitor the implementation of the diagnosis and treatment plan. They often go to the hospital when abnormalities occur again. If the situation is serious, the treatment will be delayed. lead to irreversible results

At present, due to the nature of the hospital and the limitations of doctors and medical resources, it is difficult to monitor patients with chronic diseases comprehensively, and it is impossible to comprehensively intervene and remind patients about the implementation of the diagnosis and treatment plan, which greatly reduces the Treatment progress and treatment effect for patients with chronic diseases

Images