Bioelectronic Interface Connecting Reversible Logic Gates Based on Enzyme and DNA Reactions

Keyphrases

• Biocomputer 20%
• Biocomputing 20%
• Bioelectronic Interfaces 100%
• Biomolecular 20%
• Biomolecules 20%
• Cell Flows 20%
• Chemical Signals 20%
• Circuitry 20%
• Complex Networks 20%
• Computing Element 20%
• Computing Process 20%
• Control Gate 20%
• Control Signal 20%
• Data Signal 20%
• DNA Molecule 20%
• DNA Reactions 100%
• DNA Sequencing 40%
• Electrochemical Flow Cell 40%
• Enzyme Reaction 100%
• Enzyme-mediated 20%
• Feynman Gate 40%
• Flow Cell 20%
• Fredkin Gate 60%
• Genetic Disease 20%
• High Complexity 20%
• Input Signals 20%
• Inputs Channels 20%
• Logic Gates 80%
• Logic Operation 20%
• Modified Electrode 20%
• Molecular Computing 20%
• Output Signal 100%
• Physiological Disorder 20%
• Reacting Flow 20%
• Reaction Cascade 20%
• Reversible Computing 20%
• Reversible Gates 100%
• Richard Feynman 20%
• Routing Logic 20%
• Signal Processing 40%
• Signal Routing 20%
• Three-input 20%
• Two-input 20%

Engineering

• Biomolecule 20%
• Channel Input 20%
• Channel Output 20%
• Complex Networks 20%
• Control Signal 20%
• Data Signal 20%
• Flow Cell 60%
• Input Signal 20%
• Logic Gate 100%
• Output Signal 100%
• Reacting Flow 20%

Material Science

• Reacting Flow 100%