Keyphrases
Neurotransmitter Sensing
100%
Diamond Microelectrodes
100%
Diamond Electrode
100%
Sub-micrometer
66%
Heading Stage
66%
Extracellular Recording
66%
Micro-fabricated
66%
Diamond
44%
Electrophysiology
44%
Neural Interface
44%
Biocompatibility
44%
Fast Scanning
44%
BDD Electrode
33%
Nerve Tissue
33%
Assembly Approach
33%
Encapsulation Materials
33%
Micromachining Technique
33%
Mass Production
33%
3D Arrays
33%
Current Electrode
33%
Dual-mode
33%
Sensing Tool
33%
Highly Conductive
33%
Wafer Level
33%
Undoped
33%
Micrometer Scale
33%
Cyclic Voltammetric Measurements
33%
Low Fouling
33%
Materials Synthesis
33%
Compact Dual
33%
Fiber Electrode
33%
Ultraviolet Lithography
33%
Proposed Work
22%
Invasiveness
22%
Innovative Tools
22%
Fine Spatial Resolution
22%
Brain Diseases
22%
Carbon Fiber Electrode
22%
Signal-to-noise Ratio
22%
Spatial Resolution
22%
Electrode Materials
22%
Electrochemical Detection
22%
Neuronal Activity
22%
High Temporal Resolution
22%
Detection Device
22%
Chemical Sensing
22%
Head-mounted
22%
Electrode Array
22%
Existing Technology
22%
Recording Sites
22%
Electron Beam Lithography
22%
Brain Function
22%
Collaborative Teams
22%
Brain Disorders
22%
Complete System
22%
Fabrication Methods
22%
Neural Implants
16%
Electrode Development
11%
Labor Costs
11%
Cyclic Voltammetric
11%
Strong Signals
11%
Electrical Detection
11%
Engineering
Microelectrode Array
100%
Diamond
66%
Spatial Resolution
22%
3d Array
16%
Fabrication Approach
16%
Mass Production
16%
Micro Machining
16%
Electron Optical Lithography
16%
Electrode Array
11%
Conductive
11%
Complete System
11%
Spatiotemporal Resolution
11%
Crosstalk
11%
Term Stability
11%
Lithography
11%
Integrated System
11%
Signal-to-Noise Ratio
11%
Fouling
11%