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Image:Enzyme cascade.jpg
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(Figure 1: Diagram illustrating the enzyme cascade that occurs when hormones(and neural signals)catalyze the activation of phosphorylase through kinase activity and thus inactivating glycogen synthetase. Phosphatases inactivate phosphorylase and is regulat) |
(uploaded a new version of "Image:Enzyme cascade.jpg": Figure 1: Diagram illustrating the enzyme cascade that occurs when hormones(and neural signals)catalyze the activation of phosphorylase through kinase activity and thus inactivating glycogen synthe) |
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Figure 1: Diagram illustrating the enzyme cascade that occurs when hormones(and neural signals)catalyze the activation of phosphorylase through kinase activity and thus inactivating glycogen synthetase. Phosphatases inactivate phosphorylase and is regulated by phosphorylase itself as well as inhibitor proteins. High glucose concentratios also lead to the inactivation of phosphorylase (inactivation represented by open arrows). Diagram adapted from (Ref).
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| Date/Time | User | Dimensions | File size | Comment | |
|---|---|---|---|---|---|
| (current) | 09:26, 30 March 2010 | Amy Chahal (Talk | contribs) | 789×560 | 34 KB | Figure 1: Diagram illustrating the enzyme cascade that occurs when hormones(and neural signals)catalyze the activation of phosphorylase through kinase activity and thus inactivating glycogen synthetase. Phosphatases inactivate phosphorylase and is regulat |
| 08:55, 30 March 2010 | Amy Chahal (Talk | contribs) | 789×560 | 34 KB | Figure 1: Diagram illustrating the enzyme cascade that occurs when hormones(and neural signals)catalyze the activation of phosphorylase through kinase activity and thus inactivating glycogen synthetase. Phosphatases inactivate phosphorylase and is regulat |
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