Golden Opportunities: Gold Nanoparticles for Biomedical Applications
Golden Opportunities: Gold Nanoparticles for Biomedical Applications
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1. Golden Opportunities: Gold Nan…
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2. Art Before Science
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3. the plasmon
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4. Gold Nanorods: strong absorber…
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5. The Promise of (Gold) Nanotech…
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6. Seed-Mediated Growth
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7. Pushing plasmons further out
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8. Beautiful particles!
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9. Ag deposition
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10. How close are we to the dream
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11. How close are we to the dream
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12. Mini rods
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13. Mini rods
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14. Mini rod bio-bonuses
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15. Why are nanoparticle preps so …
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16. Final surface: bilayer of quat…
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17. Applications
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18. In addition to plasmons: Pract…
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19. Brachytherapy
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20. Commercial colloidal gold nano…
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21. Plasmon-enhanced bioimaging ag…
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22. Silica spacer layer
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23. Making silica shells
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24. 25 samples
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25. time resolve data
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26. electric field
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27. Color EELS spectrum images of …
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28. Photothermal therapy: shine li…
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29. antibody on a surface
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30. TEM of bacterium
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31. What we didn't do
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32. A few words about photothermal…
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33. LeChatelier's Principle
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34. Biologics: pharmaceuticals tha…
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35. Light-induced delivery (or not…
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36. Isothermal titration calorimet…
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37. Au NRs that absorb at 808 nm
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38. Pop on, pop off
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39. Can we predict protein adsorpt…
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40. FITC-BSA-rods and rhodamine-LY…
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41. Biomolecules to cells
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42. Darkfield imaging of nanoparti…
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43. cellular motion
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44. Hmmm. Side Effect: Changing Ce…
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45. Gene expression
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46. Long-term cellular exposures
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47. Cells after 5 months
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48. Untitled: Slide 48
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49. Big conclusion: cells can adap…
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50. Mechanism(s)?
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51. Omics data can lead to testabl…
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52. Molecular control of protein d…
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53. What have we learned?
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54. Thank You
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