nanoHUB-U: Principles of Electronic Nanobiosensors

nanoHUB-U: Principles of Electronic Nanobiosensors

Offering: 01a Section: Self Paced

Video
  • Lecture 3.9: Amperometric Sensors - Beating the diffusion limit by Nanogap Amperometry 1. Lecture 3.9: Amperometric Sens… 0
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  • Outline 2. Outline 68.2349015682349
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  • Glucose detection by amperometry 3. Glucose detection by amperomet… 107.04037370704037
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  • Essence of Amperometric Detection 4. Essence of Amperometric Detect… 183.55021688355024
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  • Oxidation-Reaction with Diffusion 5. Oxidation-Reaction with Diffus… 226.79346012679346
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  • Beating diffusion limit by Redox Cycling 6. Beating diffusion limit by Red… 387.25392058725396
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  • Beating diffusion limit by Redox Cycling 7. Beating diffusion limit by Red… 654.95495495495493
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  • Balance the Flux, find the densities 8. Balance the Flux, find the den… 717.78445111778444
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  • Flux recycling for Planar Electrodes: Power of nanoscale detection 9. Flux recycling for Planar Elec… 850.61728395061732
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  • Flux recycling: arbitrary electrode geometry 10. Flux recycling: arbitrary elec… 926.62662662662672
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  • A general formula for flux recycling 11. A general formula for flux rec… 1006.1394728061396
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  • Finite gap Amperometry: Examples 12. Finite gap Amperometry: Exampl… 1084.0840840840842
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  • Finite gap Amperometry: Examples 13. Finite gap Amperometry: Exampl… 1164.6312979646314
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  • DNA Detection by Amperometry 14. DNA Detection by Amperometry 1209.9099099099099
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  • Amperometric DNA Detection 15. Amperometric DNA Detection 1317.7844511177846
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  • DNA detection by nanogap amperometry 16. DNA detection by nanogap amper… 1384.2175508842176
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  • DNA detection by nanogap amperometry 17. DNA detection by nanogap amper… 1483.4167500834169
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  • DNA sequencing by nanogap amperometry 18. DNA sequencing by nanogap ampe… 1527.560894227561
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  • Conclusions 19. Conclusions 1588.6219552886221
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L3.9: Sensitivity - Amperometric Sensors: Beating the Diffusion Limit by Nanogap Amperometry

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