Difference between revisions of "HPA Reactions"

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[[File:Layout HPA2 01.jpg|500px|thumb|none|HPA/H202/HPA (6/3/16)]]
 
[[File:Layout HPA2 01.jpg|500px|thumb|none|HPA/H202/HPA (6/3/16)]]
  
 +
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Using the Immobilized Enzyme technique, a reaction of HPA-Dioxane and H202 with Immobilized HRP
  
 
[[File:IE HPA3 T1 1.jpg|500px|thumb|Left|IE HRP HPA/H202 (6/8/16)]]
 
[[File:IE HPA3 T1 1.jpg|500px|thumb|Left|IE HRP HPA/H202 (6/8/16)]]
 
[[File:IE HPA3 T1.jpg|500px|thumb|none|IE HRP HPA/H202 (6/8/16)]]
 
[[File:IE HPA3 T1.jpg|500px|thumb|none|IE HRP HPA/H202 (6/8/16)]]
 
Using the Immobilized Enzyme technique, a reaction of HPA-Dioxane and H202 with Immobilized HRP
 
  
  
  
 +
Trying out different flow speeds with IE to try and see different products, but there is only a greater absorption of the HPA
 
[[File:IE HPA5 03.jpg|500px|thumb|Left|IE HRP HPA/H202 (6/15/16)]]
 
[[File:IE HPA5 03.jpg|500px|thumb|Left|IE HRP HPA/H202 (6/15/16)]]
 
[[File:IE HPA5 02.jpg|500px|thumb|none|IE HRP HPA/H202 (6/15/16)]]
 
[[File:IE HPA5 02.jpg|500px|thumb|none|IE HRP HPA/H202 (6/15/16)]]

Revision as of 14:54, 16 June 2016

4-Hydroxyphenylacetic acid (HPA)

HPA


Reaction of 50/50 HPA-Dioxane Solution in Buffer with various H202 concentrations and Horse Radish Peroxidase (HRP)

HPA/H202/HPA (6/3/16)
HPA/H202/HPA (6/3/16)


Using the Immobilized Enzyme technique, a reaction of HPA-Dioxane and H202 with Immobilized HRP

IE HRP HPA/H202 (6/8/16)
IE HRP HPA/H202 (6/8/16)


Trying out different flow speeds with IE to try and see different products, but there is only a greater absorption of the HPA

IE HRP HPA/H202 (6/15/16)
IE HRP HPA/H202 (6/15/16)