Patient follow-up system for clinical medicine and scientific research

Abstract

The invention relates to a patient follow-up system for clinical medicine and scientific research, which consist of a patient management module, a follow-up list module, a short message module, an incoming call module, a medical personnel management module, a super administrator module, a follow-up question type management module, a questionnaire management module, a data import and export module, a scanning image management module, a department message management module, a senior query module, a disease classification management module, a batch print module and a statistical analysis module; and a function module is developed based on a Microsoft WINNT4.0 Server operating platform and runs on a server, is externally connected with a modulator-demodulator, contains GSM (Global System for Mobile Communication) / GPRS (General Packet Radio Service) / CDMA (Code Division Multiple Access) double-frequency communication chips and a GSM Modem for supporting EGDM900 / 1800 Mhz double-frequency communication and is simultaneously connected with a telephone set, a printer and a medical image film scanner. The patient follow-up system has the beneficial effects that patient resources and disease prognosis data are ensured to be saved; and by means of a network and communication technology, a patient is periodically visited and managed, and the results are tidied and analyzed.

Description

technical field [0001] The invention relates to a patient follow-up system for clinical medicine and scientific research. Background technique [0002] Medical follow-up refers to the medical information activities of hospitals or health care institutions to regularly or irregularly understand the health recovery status, complications, long-term curative effect and clinical application effect of new technologies of outpatients or discharged patients during discharge. Usually, family visits, communication, and appointments to a medical institution for follow-up examinations are used as follow-up methods. [0003] Follow-up work is an important part of various medical science activities such as medical treatment, scientific research, and teaching. Especially for the treatment and rehabilitation of cancer patients and chronic diseases, follow-up is a very important link. Treatment is an important way to monitor the recurrence of patients' condition. For example, laryngeal can...

AI Technical Summary

Problems solved by technology

[0011] 1. Low follow-up rate and poor follow-up quality

my country has a large population, underdeveloped medical resources, and uneven distribution, which makes doctors very busy with their daily work, and most hospitals are unable to handle follow-up work;

[0012] 2. Lack of relevant professionals and hardware equipment

Most medical institutions do not have departments or personnel responsible for follow-up work, or even relevant hardware equipment, and invest less in funds;

[0013] 3. Most patients are on the move

It is difficult to follow up patients, especially those located in rural areas; the phone numbers left by patients are relatively unstable, especially mobile phone numbers are easily changed, resulting in interruption of follow-up work;

[0014] 4. The method of follow-up is very single

For example, the letter follow-up period is long, the accuracy of information is poor, and the follow-up rate is low, which obviously cannot meet the needs of current medical follow-up work;

[0015] 5. There is no systematic, unified and standardized follow-up software and follow-up mechanism for follow-up work, resulting in low efficiency of follow-up work, high rate of lost follow-up and refusal to follow-up, resulting in the loss of a large number of disease outcome data

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