[Illinois] Phys550 Lecture 23: Single Molecular Manipulation & Optical Traps
[Illinois] Phys550 Lecture 23: Single Molecular Manipulation & Optical Traps
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1. Single Molecular Manipulation …
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2. Introduction
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3. The Cellular "Factory"
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4. Molecular Machines
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5. Molecular Machines
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6. Molecular Machines
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7. Principles of Optical Trapping
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8. First Optical Trap
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9. Optical Forces
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10. First "Gradient" Optical Trap
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11. Optical "Tweezers"
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12. Quantitative Optical Traps
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13. Optical Detection
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14. Calibration
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15. Power Spectrum
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16. Infrared Traps Support Life!
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17. IR Traps and Photodamage
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18. Tethering Geometries
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19. Information Extraction
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20. Example Application of Optical…
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21. Optical Trap Layout
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22. The Optical Trap
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23. Example Experiment
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24. Traps in Action
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25. DNA Hairpin
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26. Current State-of-the-Art Optic…
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27. Resolution in Traps
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28. High-Resolution Traps
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29. XPD Helicase
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30. DNA Helicase Mechanism
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31. Hairpin Assay
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32. Laminar Flow Chambers
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33. Single Helicase Unwinding
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34. Stepping Dynamics & Sequence
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35. Stepping Dynamics & Sequence
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36. Sequence Dependence
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37. Active Vs. Passive Unwinding
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38. Optical Trapping and Fluoresce…
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39. Limitations of Optical Traps
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40. Fluoresence and Traps
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41. Fluorophore Bleaching
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42. Solutions to Bleaching
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43. Interlacing Dual Traps
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44. Interlacing and Timesharing
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45. Fluorescence & Trap
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46. Structure and Function Measure…
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47. UvrD Helicase
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48. UvrD Oligomeric State
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49. UvrD 2B-Domain Orientation
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50. Hairpin Assay
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51. Counting Proteins
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52. Measuring UvrD Confirmation
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53. Confirmation and Directionalit…
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54. Strand Reversal
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55. Outlook
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56. Themes in Research
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57. Acknowledgements
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58. Thank You
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