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(Kinetics of AuNP (Citrate))
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==Kinetics of AuNP (Citrate)==
 
==Kinetics of AuNP (Citrate)==
 
* As mentioned in the previous entry of [[User:Mary Mendoza/Notebook/CHEM 571 Experimental Biological Chemistry I/2012/10/02|Oct. 2]], there was difficulty in finding the appropriate ratio between AAP and HRP.
 
* As mentioned in the previous entry of [[User:Mary Mendoza/Notebook/CHEM 571 Experimental Biological Chemistry I/2012/10/02|Oct. 2]], there was difficulty in finding the appropriate ratio between AAP and HRP.
* As suggested by Dr. Miller, the group addressed the issue by observing the problem in terms of molarity instead of volume.  
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* Using the Kinetics program, trial and error was done to find a linear trend for the absorbance of HRP. The calculated volume was 22 μL. The optimal volume for HRP was found at 33 μL. This can be seen on the graph below.
* By comparing the molarity of the reactants, 
 
  
*'''[[User:Abigail E. Miller|Abigail E. Miller]] 10:41, 7 October 2012 (EDT)''':what did you do? concnetrations? runs? then worry about adding the analysis.
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[[Image:HRP.png]] 
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* Now that the optimal amount of HRP was found, the reaction of AAP and hydrogen peroxide with HRP was tested if this was affected by the addition of Au/Citrate. The first run is HRP alone with the reaction followed by the addition of Au/Citrate as shown below.
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* Au/Citrate was made from 20 mL of 1 mM HAuCl<sub>4</sub> with 20 mL of 1% citrate. The Au/Citrate was added in multiple of 20. Each 20 μL is equivalent to 2%.
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[[Image:Aucit.png]]
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* The amount and concentration of reactants are shown below.
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{| {{table}}
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| align="center" style="background:#f0f0f0;"|'''Trials'''
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| align="center" style="background:#f0f0f0;"|''''''
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| align="center" style="background:#f0f0f0;"|''''''
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| align="center" style="background:#f0f0f0;"|''''''
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| align="center" style="background:#f0f0f0;"|''''''
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| align="center" style="background:#f0f0f0;"|''''''
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| align="center" style="background:#f0f0f0;"|''''''
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|-
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| Cuvet||hydrogen peroxide concentration (mM)||Iodophenol in DMSO concentration (μM)||AAP Concentration (μM)||HRP concentration (μM)||μL of gold np added||μL of water added
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|-
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| 1( standard)||1.7||18||156.25||3.45||0||630
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|-
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| 1||1.7||18||156.25||3.45||20||610
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|-
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| 2||1.7||18||156.25||3.45||40||590
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|-
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| 3||1.7||18||156.25||3.45||60||570
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|-
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| 4||1.7||18||156.25||3.45||80||550
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|-
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| 5||1.7||18||156.25||3.45||100||530
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|-
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| Total volume added||750 μL||10 μL||35 μL||33 μL||||
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|}
  
  

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Kinetics of AuNP (Citrate)

  • As mentioned in the previous entry of Oct. 2, there was difficulty in finding the appropriate ratio between AAP and HRP.
  • Using the Kinetics program, trial and error was done to find a linear trend for the absorbance of HRP. The calculated volume was 22 μL. The optimal volume for HRP was found at 33 μL. This can be seen on the graph below.

HRP.png


  • Now that the optimal amount of HRP was found, the reaction of AAP and hydrogen peroxide with HRP was tested if this was affected by the addition of Au/Citrate. The first run is HRP alone with the reaction followed by the addition of Au/Citrate as shown below.
  • Au/Citrate was made from 20 mL of 1 mM HAuCl4 with 20 mL of 1% citrate. The Au/Citrate was added in multiple of 20. Each 20 μL is equivalent to 2%.


Aucit.png


  • The amount and concentration of reactants are shown below.
Trials ' ' ' ' ' '
Cuvet hydrogen peroxide concentration (mM) Iodophenol in DMSO concentration (μM) AAP Concentration (μM) HRP concentration (μM) μL of gold np added μL of water added
1( standard) 1.7 18 156.25 3.45 0 630
1 1.7 18 156.25 3.45 20 610
2 1.7 18 156.25 3.45 40 590
3 1.7 18 156.25 3.45 60 570
4 1.7 18 156.25 3.45 80 550
5 1.7 18 156.25 3.45 100 530
Total volume added 750 μL 10 μL 35 μL 33 μL