3.1.3.17: [phosphorylase] phosphatase
This is an abbreviated version!
For detailed information about [phosphorylase] phosphatase, go to the full flat file.
Word Map on EC 3.1.3.17
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3.1.3.17
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pp1
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phosphatases
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okadaic
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phosphoprotein
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calyculin
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cardiac
-
mitosis
-
camp-dependent
-
holoenzyme
-
synaptic
-
camp
-
dopamine
-
inhibitor-2
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darpp-32
-
myosin
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calcineurin
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hyperphosphorylation
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phosphatase-2a
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nmda
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cyclin-dependent
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microcystins
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spindle
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microtubule
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phospholamban
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sarcoplasmic
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camp-regulated
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contractile
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anaphase
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cyclic-amp-dependent
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pka-mediated
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spiny
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eif2alpha
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kinase-3
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mypt1
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kinetochore
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cantharidin
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aurora
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striatal
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gadd34
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leucine-rich
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phosphopeptide
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spinophilin
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microcystin-lr
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serca2a
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insulin-stimulated
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postsynaptic
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autophosphorylation
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camkii
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glycogenolysis
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pka-dependent
- 3.1.3.17
- pp1
- phosphatases
-
okadaic
- phosphoprotein
- calyculin
- cardiac
-
mitosis
-
camp-dependent
-
holoenzyme
- synaptic
- camp
- dopamine
- inhibitor-2
- darpp-32
- myosin
- calcineurin
-
hyperphosphorylation
-
phosphatase-2a
- nmda
-
cyclin-dependent
- microcystins
- spindle
- microtubule
- phospholamban
- sarcoplasmic
-
camp-regulated
-
contractile
-
anaphase
-
cyclic-amp-dependent
-
pka-mediated
-
spiny
- eif2alpha
- kinase-3
- mypt1
- kinetochore
- cantharidin
-
aurora
- striatal
-
gadd34
-
leucine-rich
- phosphopeptide
- spinophilin
- microcystin-lr
- serca2a
-
insulin-stimulated
-
postsynaptic
- autophosphorylation
- camkii
-
glycogenolysis
-
pka-dependent
Reaction
+ 5 H2O = 2 [phosphorylase b] + 4 phosphate
Synonyms
glycogen phosphorylase phosphatase, phosphorylase a phosphatase, phosphorylase phosphatase, PP1, ppase-1, PR-enzyme, protein phosphatase 1, protein phosphatase C, protein phosphatase-1, type 1 protein phosphatase
ECTree
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Activating Compound
Activating Compound on EC 3.1.3.17 - [phosphorylase] phosphatase
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2-mercaptoethanol
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maximal activation at 50 mM, absolute requirement for SH compounds
dithiothreitol
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maximal activation at 1 mM, absolute requirement for SH compounds
ethanol
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80% ethanol, activation of both isoenzymes, conversion of isoenzyme H-1 to a 35500 Da form and isoenzyme H-2 to a 67000 Da form and a 35500 Da form
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the 200000 Da latent enzyme form Fc can be activated with either ATPMg2- and an activating factor Fa or by Mn/trypsin treatment
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additional information
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the inactive enzyme can be activated in two ways: 1. by limited proteolysis with trypsin in presence of Mn2+, 2. activation by an MgATP2--dependent reaction, that also requires a factor known as Fa, which appears to be identical to glycogen synthase kinase-3
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