Difference between revisions of "User:Madeleine Y. Bee/Notebook/Single Molecule Fluorescence/2013/10/23"

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*Beer's Law calculations for absorbance measurements determined the concentration to be ≈0.08mM
 
*Beer's Law calculations for absorbance measurements determined the concentration to be ≈0.08mM
 
**[[Image:2013_1023_ZnPPIX_beers_law_calcs.PNG]]
 
**[[Image:2013_1023_ZnPPIX_beers_law_calcs.PNG]]
*Absorbance Spectra and Literature Comparison:
+
====Absorbance Spectra and Literature Comparison:====
 
[[Image:2013_1023_ZnPPIX_abs_spectra_(mine).PNG]]<br.>
 
[[Image:2013_1023_ZnPPIX_abs_spectra_(mine).PNG]]<br.>
 
[[Image:2013_1023_ZnPPIX_abs_spectra.PNG]]<br.>
 
[[Image:2013_1023_ZnPPIX_abs_spectra.PNG]]<br.>

Latest revision as of 07:23, 23 October 2013

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October 23, 2013

Happy Mole Day!

Procedures

  • Dissolve filtered ZnPPIX from 10/16/2013 in DMF
  • Prepare several dilutions
  • Run absorbance measurements
  • Use Beer's law to determine concentration

Data/Calculations

  • 0.0026g ZnPPIX dissolved in 7mL DMF
  • MW ZnPPIX: 626.032g/mol
  • (0.0026g)×(1/626.032g/mol)×(1/0.007L)≈0.5933mM
    • assuming entire sample came off weigh boat
  • Beer's Law calculations for absorbance measurements determined the concentration to be ≈0.08mM
    • 2013 1023 ZnPPIX beers law calcs.PNG

Absorbance Spectra and Literature Comparison:

2013 1023 ZnPPIX abs spectra (mine).PNG<br.> 2013 1023 ZnPPIX abs spectra.PNG<br.> from "Metal and redox selectivity of protoporphyrin binding to the heme chaperone CcmE"