Kedou Brain-Computer Launches Comprehensive In Vivo Electrophysiology Technical Services to Empower Cutting-Edge Neuroscience Research
KEDOUBC
Brain-computer interface related software and hardware product development and production
In the study of complex neural circuits, the acquisition and analysis of electrophysiological data are crucial, but challenges in equipment and technology often hinder research progress.
KEDOUBC is now fully launchedIn vivo electrophysiology experimental technical services!
Relying on self-developedMore than 40 types of electrodesAndElectrophysiological Equipment, providing strong support for the development of in vivo electrophysiological research.
Using in vivo electrophysiological experimental techniques (Electrical Signal Acquisition、Electrical Stimulation) as the main focus, combined with animal modeling, behavioral studies, and other neuromodulation techniques, mainly applied in the following scenarios.
Electroencephalographic Activity Research
EEG：EEG Activity Recording, Applied in Cognition, Sleep, and Epilepsy Research
ECoG：Cortical Signal Acquisition Applied in Epilepsy and Local Function Research
LFP & Spike：Analysis of Neural Populations and Individual Neuron Activity, Applied in Complex Circuit and Neural Coding Research
Sensory and Motor Nerve Research
EMG：Electromyography (EMG) Recording, Applied in Motor Control and Neuromuscular Disease Research
Peripheral Nerve Electrical Signals:Record neural conduction function, applied in pain and tactile research
Evoked Potentials (EPs)：Exploring the response mechanisms of sensory systems by triggering neural responses through external stimuli, such as vision, hearing, and pain sensation.
Research on Cardiac and Visceral Regulation
ECG：ECG Signal Recording, Evaluation of Cardiac Function and Autonomic Nervous Regulation
Vagus Nerve Signal Acquisition:Revealing the Modulatory Mechanisms of the Parasympathetic Nervous System on the Heart, Respiration, and Digestion
Research on Complex Neurological Interactions
Multi-brain region signal acquisition:3D ElectrodeImplantation, Study on Network Functions Between Different Brain Regions
Brain-Spinal Cord-Muscle Joint Experiment:From the Brain to the Spinal Cord and Muscles: A Comprehensive Analysis of Motor Control and Nerve Injury Repair
Vagus Nerve Stimulation (VNS):Applied to the Functional Regulation Research of the Autonomic Nervous System
KEDOUBC can also provide you with data analysis and customized services.
Data Analysis
Comparison of Power Spectral Density Between Groups
Comparison of Inter-band Oscillation Power Spectral Density
Spectrogram
Spike sorting Waveform extraction
Spike Firing Rate Histogram
Inter-Spike Interval Histogram (ISI)
Spike Autocorrelation Analysis
Raster Plot
For more advanced analysis, please contact us...
Customized Services
Customized In Vivo Electrophysiology Experimental Protocol
Customized Finished Electrodes
Targeted Development of Specific Function Electrophysiological Equipment
Contact the KEDOUBC team immediately to learn more about service offerings and application scenarios!
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Co-create a new chapter in neuroscience research with you!