An Open-Source Wireless Electrophysiology System for In Vivo Neuronal Activity Recording in the Rodent Brain: 2.0.
Alexander ErofeevIvan AntifeevEgor VinokurovIlya BezprozvannyOlga VlasovaPublished in: Sensors (2023)
Keyphrases
- open source
- cortical areas
- brain activity
- cerebral cortex
- action potentials
- brain structures
- post mortem
- wireless networks
- wireless communication
- open source software
- spike trains
- motor control
- case study
- human brain
- cognitive tasks
- patient specific
- receptive fields
- brain images
- cognitive states
- diffusion mri
- optical imaging
- image analysis
- disease progression
- functional magnetic resonance imaging
- deformation field
- human activities
- sensory inputs
- communication technologies
- magnetic resonance images
- source code
- neural mechanisms