User:Moira M. Esson/Notebook/CHEM-571/2013/11/12

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(UV/vis)
(UV/vis)
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Figure 1. Corrected Absorbance Spectra of Lysozyme-AuNP solutions
Figure 1. Corrected Absorbance Spectra of Lysozyme-AuNP solutions
Figure 2. Corrected Absorbance Spectra of Hemoglobin-AuNP solutions
Figure 2. Corrected Absorbance Spectra of Hemoglobin-AuNP solutions
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<br>
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==Notes==
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*All protein-NP solutions prepared on [[User:Moira M. Esson/Notebook/CHEM-571/2013/11/06]] formed protein fibers. However, some of the prepared solutions were stilled colored (purple color).Lysozyme solutions were more pinkish than hemoglobin, which had a darker color.
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*The solutions with color were:
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**Lysozyme 10:1
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**Lysozyme 15:1
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**Lysozyme 20:1
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**Lysozyme 25:1
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**Lysozyme 30:1
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**Lysozyme 35:1
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**Hemoglobin 30:1
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**Hemoglobin 50:1
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**Hemoglobin 70:1
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**Hemoglobin 90:1
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Revision as of 13:38, 12 November 2013

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Objectives

  1. Analyze all protein-AuNPs prepared on 11/06/2013 using UV/vis spectroscopy
  2. Prepare standard gold solutions to for analysis of protein-AuNP solutions prepared on 11/06/2013 and 10/30/2013 using AA spectroscopy


UV/vis


Figure 1. Corrected Absorbance Spectra of Lysozyme-AuNP solutions Figure 2. Corrected Absorbance Spectra of Hemoglobin-AuNP solutions

Notes

  • All protein-NP solutions prepared on User:Moira M. Esson/Notebook/CHEM-571/2013/11/06 formed protein fibers. However, some of the prepared solutions were stilled colored (purple color).Lysozyme solutions were more pinkish than hemoglobin, which had a darker color.
  • The solutions with color were:
    • Lysozyme 10:1
    • Lysozyme 15:1
    • Lysozyme 20:1
    • Lysozyme 25:1
    • Lysozyme 30:1
    • Lysozyme 35:1
    • Hemoglobin 30:1
    • Hemoglobin 50:1
    • Hemoglobin 70:1
    • Hemoglobin 90:1



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