User:Paul Rothenberg/Notebook/Pauls Notebook/2013/05/24: Difference between revisions
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[[Image:Mb_Citrate_May_24_420NM_Time_Absorbance_GRAPH.png]] | [[Image:Mb_Citrate_May_24_420NM_Time_Absorbance_GRAPH.png]] | ||
From this data, it seemed there may be some reaction between citrate and myoglobin directly. Some research was done into this, and there could be some correlation leading to the inconsistent data. [http://jap.physiology.org/content/69/3/899.short This article] was interesting in the relationship between myoglobin and citrate. | |||
*References: | |||
1. Lin et al, Myoglobin content and citrate synthase activity in different parts of the normal human heart, <i>Journal of Applied Physiology</i>, <b>1990</b>, 69(3), 899-901. Found [http://jap.physiology.org/content/69/3/899.short here]. | |||
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Reaction of OPD and H2O2 n MeOH with Mb/Tris Catalyst
The Mb in Tris had no anomaly peaks at any temperature, he Mb in Tris had the highest absorbances at 5C and 45C, and the Mb in Citrate did not produce results similar to the previous trials. There was no peak at either 420 nm or 460 nm, and the 45C trial had completely skewed data from the previous temperatures.
Reanalysis of Reaction of OPD and H2O2 with Mb/Citrate Catalyst in MeOH
1. Lin et al, Myoglobin content and citrate synthase activity in different parts of the normal human heart, Journal of Applied Physiology, 1990, 69(3), 899-901. Found here.
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