nanoHUB-U: Principles of Electronic Nanobiosensors

nanoHUB-U: Principles of Electronic Nanobiosensors

Offering: 01a Section: Self Paced

Video
  • Lecture 3.5: Potentiometric Sensors Why are Biomolecules Charged? 1. Lecture 3.5: Potentiometric Se… 0
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  • Outline 2. Outline 144.84484484484486
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  • Transistors and Biomolecules 3. Transistors and Biomolecules 182.982982982983
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  • Charge States of DNA controlled by pH 4. Charge States of DNA controlle… 234.23423423423424
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  • Average Charge per Base at pH=7 5. Average Charge per Base at pH=… 375.10844177510847
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  • Average Charge per base at any pH 6. Average Charge per base at any… 515.34868201534869
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  • Outline 7. Outline 666.39973306639979
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  • Biopolymers: Protein 8. Biopolymers: Protein 688.05472138805476
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  • Protein is composed of 20 Amino Acid 9. Protein is composed of 20 Amin… 786.51985318651987
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  • How to Calculate Protein Charge 10. How to Calculate Protein Charg… 827.76109442776112
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  • Example: Prostate Specific Antigen 11. Example: Prostate Specific Ant… 922.45578912245583
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  • Isoelectric Points and Protein detection 12. Isoelectric Points and Protein… 1009.0757424090758
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  • Outline 13. Outline 1047.7811144477812
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  • Recall: Biomolecules and surface charges 14. Recall: Biomolecules and surfa… 1069.336002669336
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  • Charges must be calculated self-consistently 15. Charges must be calculated sel… 1143.677010343677
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  • Theory and Experiment: PSA 16. Theory and Experiment: PSA 1253.5869202535869
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  • Biasing at the Point of Zero Charge 17. Biasing at the Point of Zero C… 1339.1725058391726
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  • Conclusions 18. Conclusions 1478.7454120787454
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L3.5: Sensitivity - Potentiometric Sensors: Why are Biomolecules Charged?

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