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Start Over Topic biophysics Publication Year Range This year Region shanghai (china)

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1. Findings from Shanghai University of Electric Power Update Understanding of Medical Devices and Surgical Technology (Effect of Internal and External Chaotic Stimuli On Synchronization of Piezoelectric Auditory Neurons In Coupled Time-delay...).

Subjects
SURGICAL technology, CHAOS synchronization, MEDICAL equipment, ELECTRIC power, EXTERNAL ear, AUDITORY neurons, HAIR cells
Abstract

A recent study conducted by researchers at Shanghai University of Electric Power in China explores the biophysical mechanisms of auditory neurons and their potential implications for cochlear implants. The study integrates the characteristics of piezoelectric ceramics into a traditional neuron circuit model to investigate the effects of synaptic coupling, information transmission delay, external noise stimulation, and internal chaotic current stimulation on the synchronization of membrane potential signals in auditory neurons. The findings suggest that factors such as coupling strength, delay size, noise intensity, and chaotic current intensity can influence synchronization stability. The researchers aim to provide assistance in using sensors to monitor signals and repair hearing impairments. [Extracted from the article]

Published
2024