Difference between revisions of "Chemical Oxidation of HPA"

Revision as of 20:53, 13 February 2020

When we were unsuccessful with the oxidation of oxybenzone both enzymatically and chemically, we turned to HPA for chemical oxidation.

2 mM HPA Buffer Stock Solution

Dissolved 30 mg of HPA in 100 mL of ph 7 buffer solution.

Potassium Permanganate Stock Solution 1mM Potassium Permanganate Stock Solution

2mM Potassium Permanganate Stock Solution

5mM Potassium Permanganate Stock Solution

10mM Potassium Permanganate Stock Solution

Preparing the final samples

@@ Line 5: / Line 5: @@
 ''2 mM HPA Buffer Stock Solution''
-Dissolved 30 mg of HPA in 100 mL of ph 5 buffer solution.
+Dissolved 30 mg of HPA in 100 mL of ph 7 buffer solution.
 ''Potassium Permanganate Stock Solution''
+mM Potassium Permanganate Stock Solution
+* Bulleted list item
+mM Potassium Permanganate Stock Solution
+* Bulleted list item
+mM Potassium Permanganate Stock Solution
+* Bulleted list item
+mM Potassium Permanganate Stock Solution
+* Bulleted list item
 ''Preparing the final samples''
-Measured out 5 mL of the 2 mM HPA stock solution into 4 different scintillation vials. Added potassium permanganate solution in increasing concentrations to each vial (6 microliters, 12 microliters, 18 microliters, and 24 microliters).