Clinical somatic symptom classification test and appraisal system

Abstract

The invention relates to the medical diagnosis field, in particular to a clinical somatic symptom classification test and appraisal system. The clinical somatic symptom classification test and appraisal system comprises a somatic symptom detection module, an analysis module and a guide module, wherein the measurement emotionality somatic symptom data, the measurement biological somatic symptom data, the measurement cognitive somatic symptom data and the measurement imaginative somatic symptom data of a single object are obtained according to a clinical somatic symptom scale; then, confirming the symptom category of the single object, and calculating the physiological index score and the psychology index score of the single object; and providing a processing proposal for the single object. Since the clinical somatic symptom scale is set to be used, a patient does not need to judge disease categories through various time-consuming high-expenditure detections so as to lower detection cost and shorten detection time, and therefore, deficiencies in the prior art are eliminated.

Description

technical field [0001] The invention relates to the field of medical diagnosis, in particular to a clinical somatic symptom classification evaluation system. Background technique [0002] All disciplines of clinical medicine will face various physical symptoms of patients. According to the conventional clinical thinking mode, symptoms always have a corresponding pathological basis, so physical symptoms become clues to various physical pathological changes, and also become the basic basis for initiating the diagnosis and treatment process. The traditional medical model is to classify somatic symptoms by system, such as digestive system symptoms, respiratory system symptoms, cardiovascular system symptoms, urinary system symptoms, nervous system symptoms, etc. In this way, it is convenient for clinicians to follow the clues of symptoms to carry out triage, carry out physical examination and laboratory examination on the corresponding system, and plan treatment plan. This tra...

AI Technical Summary

Problems solved by technology

This traditional way of thinking will cause several problems in clinical treatment: (1) Symptoms that appear in a certain system do not necessarily indicate the problem of that system, so when no problem can be found in the corresponding system by following the symptoms, Diagnosis and treatment activities cannot continue, and referring patients to other disciplines means that diagnosis and treatment activities will start again, thus wasting diagnostic resources and time

(3) A cause will inevitably lead to a result. This unified thinking mode can make clinical thinking absolute, fixed and "standardized". The lack of diversified thinking modes and the habit of considering a problem from multiple angles will inevitably lead to the rigidity of clinical and scientific research thinking, thus affecting the understanding and treatment of diseases

[0004] It can be seen that for the above physical symptoms, the existing clinical laboratory methods are mainly aimed at individual biological indicators as a reference for clinical diagnosis and treatment; the simple and easy detection methods are not accurate enough, and the detection methods with high accuracy are time-consuming and expensive. It costs a lot of money; a single indicator cannot comprehensively evaluate the individual's physiology and psychology, and does not have the function of comprehensively identifying and diagnosing clinical physical symptoms

In summary, the existing diagnostic system cannot effectively determine which category the patient's condition belongs to, and cannot give effective treatment suggestions

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