A Noninvasive Method for 3D-Spectrogram Entropy Analysis of the Autonomic Nervous System
Date Issued
2011
Date
2011
Author(s)
Liao, Wen-Chien
Abstract
The purpose of this study was to establish a complete system for electrophysiological diagnosis based on the autonomic nervous system. This study focused on overactive bladder syndrome as we recorded and analyzed the peripheral nervous system of the urinary bladder. Method: The impulses of the peripheral nervous system were recorded during micturition. Electrophysiological data were used for early diagnosis and prognosis after treatment in an early stage multichannel study. Materials include an improvised non-invasive electrode, double antennae, a filter, an analog-to-digital conversion card, a multifrequency stimulator, and a time frequency and neuroentrophy analysis program. A program was developed for recording, analysis, diagnosis, treatment selection, and prognosis. The data were analyzed to develop a theorem based on the study of overactive bladder. Conclusion: We can diagnosis and treat various dysfunctions of the autonomic nervous system. Sympathetic and parasympathetic neural impulses are passed through a band filter where the action potentials are quantified. Using parameters like average cycles, stimulus frequency, spatial sampling interval, and temporal sampling interval, we can isolate a specific neural impulse for study. This method can help us evaluate the status of different organ systems and determine appropriate treatments based on an early prognostic value derived from studies of appropriate treatments based on an early prognostic value derived from studies of autonomic neural electrophysiology.
Subjects
autonomic nervous system
Sympathetic nerve
parasympathetic nerve
overactive bladder
Type
thesis
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