3.6.4.B6: archaeal flagellar ATPase
This is an abbreviated version!
For detailed information about archaeal flagellar ATPase, go to the full flat file.
Word Map on EC 3.6.4.B6
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3.6.4.B6
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hexameric
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pilus
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kinesins
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secyeg
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acidocaldarius
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archaellum
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procapsids
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microtubule-binding
- 3.6.4.B6
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hexameric
-
pilus
- kinesins
-
secyeg
- acidocaldarius
-
archaellum
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procapsids
-
microtubule-binding
Reaction
Synonyms
ATPase FlaI, FkaI, flagellar accessory protein, FlaH, FlaI, motor ATPase, Saci_1173, SSO2316
ECTree
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Cofactor
Cofactor on EC 3.6.4.B6 - archaeal flagellar ATPase
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FlaH binds to immobilized ATP and can be specifically eluted by addition of free ATP. The ATP-binding site is the most conserved region on the FlaH surface, suggesting that ATP binding is an essential property of FlaH proteins. FlaH may need additional factor(s) to enable ATPase activity, or that perhaps it lacks ATPase activity but ATP acts as a cofactor, affecting FlaH function
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additional information
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FlaH binds to immobilized ATP and can be specifically eluted by addition of free ATP. The ATP-binding site is the most conserved region on the FlaH surface, suggesting that ATP binding is an essential property of FlaH proteins. FlaH may need additional factor(s) to enable ATPase activity, or that perhaps it lacks ATPase activity but ATP acts as a cofactor, affecting FlaH function
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