User:Matt Hartings/Notebook/Photosynthesis/2013/10/22: Difference between revisions

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## This is denoted in the data file for the third scan
## This is denoted in the data file for the third scan


<u>sample 2</u>
# Stock solutions:
## Myoglobin
### same as above
## OPD
### 3.4mg OPD in 3.4mL water
## H<sub>2</sub>O<sub>2</sub>
### 0.114mL 30% H<sub>2</sub>O<sub>2</sub> in 0.887mL water
#Experimental Run
## Sample chamber set to 15C and to stir
## N<sub>2</sub> run through the cuvette holder to reduce condensation on cuvette
## 2.025mL OPD stock solution
## 0.75mL H<sub>2</sub>O<sub>2</sub> stock solution
### Start Data Collection
### 1ms Integration
### 10 scan average
### Wait 1 minute after each scan
### Stop after 2 hours
## Files saved as: Mb_OPD_H2O2_phosphate_water_15_SCANNUMBER.txt
## 0.225mL Mb stock solution added just before the third scan
## This is denoted in the data file for the third scan
<u>sample 3</u>
# Stock solutions:
## Myoglobin
### same as above
## OPD
### 3.0mg OPD in 3.0mL water
## H<sub>2</sub>O<sub>2</sub>
### 0.114mL 30% H<sub>2</sub>O<sub>2</sub> in 0.887mL water
#Experimental Run
## Sample chamber set to 25C and to stir
## N<sub>2</sub> run through the cuvette holder to reduce condensation on cuvette
## 2.025mL OPD stock solution
## 0.75mL H<sub>2</sub>O<sub>2</sub> stock solution
### Start Data Collection
### 1ms Integration
### 10 scan average
### Wait 1 minute after each scan
### Stop after 2 hours
## Files saved as: Mb_OPD_H2O2_phosphate_water_25_SCANNUMBER.txt
## 0.225mL Mb stock solution added just before the third scan
## This is denoted in the data file for the third scan


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Revision as of 12:51, 22 October 2013

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Objective

Take kinetic data for Mb (lyophilized from KCl/phosphate buffer) catalyzed o-phenylenediamine + H2O2 reaction in water (5, 15, and 25C).

Procedure and Data

sample 1

  1. Stock solutions:
    1. Myoglobin
      1. 1.6mg (Mb:KCl lyophilized from Citrate, 5mg:500mg) in 1.0mL water
    2. OPD
      1. 2.5mg OPD in 2.5mL water
    3. H2O2
      1. 0.114mL 30% H2O2 in 0.887mL water
  2. Experimental Run
    1. Sample chamber set to 5C and to stir
    2. N2 run through the cuvette holder to reduce condensation on cuvette
    3. 2.025mL OPD stock solution
    4. 0.75mL H2O2 stock solution
      1. Start Data Collection
      2. 1ms Integration
      3. 10 scan average
      4. Wait 1 minute after each scan
      5. Stop after 2 hours
    5. Files saved as: Mb_OPD_H2O2_phosphate_water_5_SCANNUMBER.txt
    6. 0.225mL Mb stock solution added just before the third scan
    7. This is denoted in the data file for the third scan

sample 2

  1. Stock solutions:
    1. Myoglobin
      1. same as above
    2. OPD
      1. 3.4mg OPD in 3.4mL water
    3. H2O2
      1. 0.114mL 30% H2O2 in 0.887mL water
  2. Experimental Run
    1. Sample chamber set to 15C and to stir
    2. N2 run through the cuvette holder to reduce condensation on cuvette
    3. 2.025mL OPD stock solution
    4. 0.75mL H2O2 stock solution
      1. Start Data Collection
      2. 1ms Integration
      3. 10 scan average
      4. Wait 1 minute after each scan
      5. Stop after 2 hours
    5. Files saved as: Mb_OPD_H2O2_phosphate_water_15_SCANNUMBER.txt
    6. 0.225mL Mb stock solution added just before the third scan
    7. This is denoted in the data file for the third scan

sample 3

  1. Stock solutions:
    1. Myoglobin
      1. same as above
    2. OPD
      1. 3.0mg OPD in 3.0mL water
    3. H2O2
      1. 0.114mL 30% H2O2 in 0.887mL water
  2. Experimental Run
    1. Sample chamber set to 25C and to stir
    2. N2 run through the cuvette holder to reduce condensation on cuvette
    3. 2.025mL OPD stock solution
    4. 0.75mL H2O2 stock solution
      1. Start Data Collection
      2. 1ms Integration
      3. 10 scan average
      4. Wait 1 minute after each scan
      5. Stop after 2 hours
    5. Files saved as: Mb_OPD_H2O2_phosphate_water_25_SCANNUMBER.txt
    6. 0.225mL Mb stock solution added just before the third scan
    7. This is denoted in the data file for the third scan


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