Load echocardiography bullseye diagram structured automatic auxiliary analysis method

Abstract

The invention discloses a structured automatic auxiliary analysis method for a load echocardiography bull eye diagram, which comprises the following steps of: a, performing exercise load echocardiography examination, dividing into a plurality of load stages, and establishing a grading scoring standard; b, electrocardiogram parameters of a subject are collected, and score values of a motion state score, a myocardial perfusion score and an angiocardiography score are given; c, automatically drawing an electrocardiogram and a scoring bullseye diagram of each load stage; d, automatically drawing a result curve graph by a computer according to the parameters in the step b; and e, the computer synchronously outputs structured report data contents corresponding to the electrocardiogram and the graded bull eye diagram of each load stage while executing the step c. According to the structured automatic auxiliary analysis method for the load echocardiography bullseye diagram, the bullseye diagram is associated with the evaluation result of each load stage of exercise load examination, so that the intuition of a report is improved, and accurate diagnosis of a doctor is facilitated.

Description

technical field [0001] The invention relates to a medical information processing method, in particular to a structural automatic auxiliary analysis method of a stress echocardiogram bull's-eye image. Background technique [0002] In order to intuitively show the status of the cardiac ventricular wall in echocardiography, the existing medical reports adopt the form of a bull's-eye diagram combined with a structured report. The bull's-eye diagram divides the cardiac ventricular wall into several segments, and displays Scores and colors are used to mark the segment status on the graph. However, in the echocardiographic structured report currently provided, the bull’s-eye graph and report content are produced separately, resulting in inconsistencies or even contradictions between the graph and text. The content of the eye diagram and the content of the report may be produced by different people, and the content of the bull’s eye diagram or the report cannot be modified simultane...

AI Technical Summary

Problems solved by technology

[0002] In order to intuitively show the status of the cardiac ventricular wall in echocardiography, the existing medical reports adopt the form of a bull's-eye diagram combined with a structured report. The bull's-eye diagram divides the cardiac ventricular wall into several segments, and displays Scores and colors are used to mark the segment status on the graph. However, in the echocardiographic structured report currently provided, the bull’s-eye graph and report content are produced separately, resulting in inconsistencies or even contradictions between the graph and text. The content of the eye diagram and the content of the report may be produced by different people, and the content of the bull’s eye diagram or the report cannot be modified simultaneously

[0003] In addition, for the current analysis of stress echocardiography reports, most of the software is still in the simple way of text description and table comparison, and it is difficult to provide a fast, intuitive and simple interpretation method that matches the inspection process in clinical practice.

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