MoS₂-enabled dual-mode optoelectronic biosensor using a water soluble variant of μ-opioid receptor for opioid peptide detection

Keyphrases

• Water-soluble 100%
• Electrical Properties 100%
• Optical Properties 100%
• Molybdenite 100%
• Dual-mode 100%
• Opioid Receptors 100%
• Optoelectronic Biosensor 100%
• Opioid Peptides 100%
• Peptide Detection 100%
• Accuracy Improvement 50%
• Order of Magnitude 50%
• Limit of Detection 50%
• Biosensing 50%
• Biomolecular 50%
• Optical Transparency 50%
• Optical Sensor 50%
• Field-effect Transistors 50%
• Chemical Vapor Deposition 50%
• Fano 50%
• Dynamic Range 50%
• Optical Sensing 50%
• Single Platform 50%
• Tunable Photonics 50%
• Sensing Platform 50%
• Gate Electrode 50%
• Clean Surface 50%
• Electronic Sensing 50%
• Simultaneous Utilization 50%
• Optical Resonance 50%
• Nickel Ion 50%
• Monolayer Molybdenum Disulfide 50%
• Sense Mode 50%
• Electrical Sensor 50%
• Transparent Gate 50%
• Electrical Readout 50%
• Linker Chemistry 50%
• Direct Immobilization 50%
• Optical Readout 50%
• Advanced Detection 50%
• Monolayer MoS2 50%
• Multimodal Sensing 50%
• Two-dimensional Transition Metal Dichalcogenides 50%
• Synthetic Opioids 50%
• Transistor-based 50%
• Molybdenum Disulfide MoS2 50%

Material Science

• Biosensor 100%
• Peptide 100%
• Dual-Mode 100%
• Optical Property 66%
• Monolayers 66%
• Electrical Property 66%
• Molybdenum 33%
• Chemical Vapor Deposition 33%
• Field Effect Transistor 33%
• Transition Metal Dichalcogenide 33%
• Nickel Ion 33%
• Optical Sensor 33%