Quantitative monitoring system for transient dyskinesia

Abstract

The invention discloses a quantitative monitoring system for transient dyskinesia, and relates to the technical field of sensing measurement. The system comprises a balance test module, a gating control module and a balance processing module. The balance test module comprises a balance beam, a balance motion experiment assembly and a flexible pressure sensor array; the gating control module comprises a row-column gating switch and an analog-to-digital conversion chip; and the balance processing module comprises a main control chip and a visual terminal. Aiming at the problems that the existing animal balance test depends on manual implementation, the balance criterion is insufficient and the transient movement disorder of the animal cannot be judged, a brand new balance test module and a balance processing module are designed, and the force criterion for judging the balance of the animal and the visualization of the balance posture of the animal are realized; the mechanism that original animal balance testing only depends on manual scoring is optimized, the efficiency of animal balance analysis is improved, judgment on the animal transient dyskinesia is completed, and the reliability of animal balance testing data is improved.

Description

technical field [0001] The invention belongs to the technical field of sensing and measurement, and in particular relates to a quantitative monitoring system for monitoring transient movement disorders of animal balance / activity. Background technique [0002] The vestibular organ and the cerebellum are mainly used to regulate trunk muscle movement, maintain muscle tension, and maintain body balance, and are important movement regulation centers in the central nervous system. In medicine, animal balance experiments are often used to study the balance ability of animals (such as mice) to carry out research on vestibular organs and cerebellum. [0003] Animal balance experiments in the prior art, such as balance beam experiments and rotarod experiments, mostly use video cameras to record the movement process of animals, and only use manual observation and scoring to measure the balance ability of animals, which not only reduces the efficiency of analysis, but also increases wit...

AI Technical Summary

Problems solved by technology

[0006] In order to solve the above problems, the present invention discloses a quantitative monitoring system for transient dyskinesias, which optimizes the defects of the original animal balance test that only relies on manual scoring, designs a new balance test module and a balance processing module, and introduces animal balance The judging force criterion and the visualization of animal balance posture improve the efficiency of animal balance analysis, complete the judgment of animal transient movement disorders, and increase the reliability of animal balance test data

Images