Materials Sciences and Applications

Materials Sciences and Applications

ISSN Print: 2153-117X
ISSN Online: 2153-1188
www.scirp.org/journal/msa
E-mail: msa@scirp.org
"Design and Implementation Challenges of Microelectrode Arrays: A Review"
written by Bahareh Ghane-Motlagh, Mohamad Sawan,
published by Materials Sciences and Applications, Vol.4 No.8, 2013
has been cited by the following article(s):
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[3] Voltammetry Detection of Non-Electroactive Neurotransmitters Using Glassy Carbon Microelectrodes–Case of Glutamate
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[9] Directions of deep brain stimulation for epilepsy and Parkinson's disease
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[10] Modeling the Impact of Surrounding Dielectric Width on the Range and Shape of the Recording Volume of Disc Microelectrodes
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[11] Microfabrication and Characterization of an On-Chip Reference Electrode for Neural Probes
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[12] Investigation of Electrochemical Kinetics of Glassy Carbon Probe and Self-Powering Probe Through Integrated GC Supercapacitor
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[13] The future of neuroscience: flexible and wireless implantable neural electronics
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[14] A cobalt corrole/carbon nanotube enables simultaneous electrochemical monitoring of oxygen and ascorbic acid in the rat brain
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[15] Neurohybrid Memristive CMOS-Integrated Systems for Biosensors and Neuroprosthetics
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[16] Low-Temperature Atomic Layer Deposited Oxide on Titanium Nitride Electrodes Enables Culture and Physiological Recording of Electrogenic Cells
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[17] Strategies to Improve Neural Electrode Performance
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[18] Passivated electrode side walls by atomic layer deposition on flexible polyimide based samples
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[22] Fabrication and Characterization of a 3D Printed, MicroElectrodes Platform With Functionalized Electrospun Nano-Scaffolds and Spin Coated 3D Insulation Towards …
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[23] Microprobe electrode array with individual interconnects through substrate using silicon through-glass via
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[24] Role of Multimedia in Medicine: Study of Visual Prosthesis
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[25] Electrochemical Roughening and Carbon Nanotube Coating of Tetrodes for Chronic Single-Unit Recording
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[26] Cobalt Corrole/Carbon Nanotube Enables Simultaneous Electrochemical Monitoring of Oxygen and Ascorbic Acid in Rat Brain
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[27] Precision electronic medicine in the brain
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[28] A novel fabrication method of carbon electrodes using 3D printing and chemical modification process
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[29] Numerical simulations and electrochemical experiments of the mass transfer of microvias electroforming under ultrasonic agitation
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[30] PEDOT: PSS coating on gold microelectrodes with excellent stability and high charge injection capacity for chronic neural interfaces
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[31] Laminar responses in the auditory cortex using a multielectrode array substrate for simultaneous stimulation and recording
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[32] Nano electrode based on TiO2 nanotubes for neural interfacing
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[33] In Vivo Monitoring of Oxygen Fluctuation Simultaneously at Multiple Sites of Rat Cortex during Spreading Depression
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[34] Neuroprosthetics for Human Performance Optimization
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[38] Cell Adhesion on Conducting Polymers: Molecular Insights from Single Cell Force Spectroscopy
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[39] Sensors Based on Conducting Polymers for Measurement of Physiological Parameters
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[40] Electrodes based on PPy polymer for electrocardiography and impedance plethysmography
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[42] Design and manufacturing challenges of optogenetic neural interfaces: a review
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[43] Recording nerve signals in canine sciatic nerves with a flexible penetrating microelectrode array
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[47] Reconstructing Neural Parameters and Synapses of arbitrary interconnected Neurons from their Simulated Spiking Activity
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[48] Direct growth of carbon nanotubes on new high-density 3D pyramid-shaped microelectrode arrays for brain-machine interfaces
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[49] Iridium Oxide–Electrodeposited Nanoporous Gold Multielectrode Array with Enhanced Stimulus Efficacy
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[50] (Invited) Silicon Carbide as a Robust Neural Interface
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[51] Investigation of the Mechanical Behaviour of Porous Silicon Neural Microprobes
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[52] THE USE OF COPPER INDICATOR ELECTRODES IN VOLTAMMETRIC ANALYSIS
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[55] Scalable and Flexible Bioelectronics and Its Applicationsto Medicine
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[56] Reconstruction of recurrent synaptic connectivity of thousands of neurons from simulated spiking activity
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[57] Microelectrode array system for neuron-muscular application
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[58] Scalable and Flexible Bioelectronics and Its Applications to Medicine
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[59] Lifetime assessment of atomic-layer-deposited Al< sub> 2 O< sub> 3–Parylene C bilayer coating for neural interfaces using accelerated age testing and electrochemical characterization
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[60] Polymer Integration for Packaging of Implantable Sensors
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[61] Microshaping of Aluminum-based Neural Microelectrode Arrays Using Chemical Wet-etching
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[62] High-density 3D pyramid-shaped microelectrode arrays for brain-machine interface applications
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[63] Lifetime assessment of atomic-layer-deposited Al2O3–Parylene C bilayer coating for neural interfaces using accelerated age testing and electrochemical …
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