Information data management method of patient suffering from muscle dysfunction

Abstract

The invention discloses an information data management method of a patient suffering from muscle dysfunction. The information data management method comprises the step of: connecting an ODBC (Open Database Connectivity) with an Access database through VC++ for management, wherein information data of the patient comprise basic information, myodynamia test data, myoelectricity test data, muscular tension test data and myodynamia training data of the patient, management contents comprise the procedures of storing, deleting, inquiring and backing up the information data of the patient; the myodynamia test data, the myoelectricity test data, the muscular tension test data and the myodynamia training data are obtained through a myodynamia testing device, a myoelectricity testing device and a training device and are directly stored into the Access database; the myodynamia test data, the muscular tension test data and the myodynamia training data are reflected on a myodynamia oscillogram; the myoelectricity testing data are reflected on a myoelectricity oscillogram; and the myodynamia oscillogram and the myoelectricity oscillogram are stored by the Access database in an OLE (Object linking and Embedding) manner and can be played back. According to the invention, the myodynamia test data, the myoelectricity test data, the muscular tension test data and the myodynamia training data are stored together, thus a doctor can be helped to make a better evaluation for the muscle function of the patient.

Description

technical field [0001] The invention relates to a management method, in particular to a method for managing information and data of patients with muscle dysfunction. Background technique [0002] With the progress of society, in our country's medical system, the process of informatization and networking is accelerating. At present, most tertiary hospitals have their own information network system. For patients with muscle dysfunction, the diagnostic information contains more content, especially muscle strength and EMG information are the most important. Therefore, effective management of patient-related information is an important initiative. [0003] For a long time, the clinical community has always believed that there is a certain correspondence between muscle strength and myoelectricity. With the help of this relationship, if there is one signal, the value of the other signal can be calculated. Storing these two signals at the same time provides a more convenient comp...

AI Technical Summary

Problems solved by technology

For patients who need to be tested at the same time, it cannot be tested in this way

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