Controlling Nerve Growth with an Electric Field Induced Indirectly in Transparent Conductive Substrate Materials

Keyphrases

• Electric-field-induced 100%
• Substrate Material 100%
• IrOx 100%
• Transparent Conductive Substrate 100%
• Nerve Growth 100%
• Conductive Materials 66%
• Dipole 66%
• Poly(3,4-ethylenedioxythiophene) 66%
• Material Control 66%
• Electrical Stimulation 33%
• Wirelessly 33%
• Conducting Polymer 33%
• Culture Media 33%
• Mixed Valence 33%
• Neurite 33%
• Amphibians 33%
• Electric Dipole 33%
• Controlled Growth 33%
• Random Directions 33%
• Neurite Extension 33%
• Power Supply 33%
• Mixed Oxides 33%
• Poly(3,4-ethylenedioxythiophene):Poly(styrenesulfonate) 33%
• Wireless Stimulation 33%
• Transparent Film 33%
• Mixed Ionic-electronic Conductor 33%
• Surface Texture 33%
• Electronic Conductor 33%
• Semiconducting Oxides 33%
• Gold-platinum 33%
• Neurite Outgrowth 33%
• Electrochemical Changes 33%
• Electrode Materials 33%
• Growth Speed 33%
• Electrochemotherapy 33%
• Metallic Conductor 33%
• Growth Direction 33%
• Implant Materials 33%
• Neurostimulation Therapies 33%
• Surface Hydrophobicity 33%

Material Science

• Conductor 100%
• Platinum 50%
• Conductive Material 50%
• Oxide Compound 50%
• Polystyrene 25%
• Surface Texture 25%
• Film 25%
• Solid Electrolyte 25%