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
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pilus
- kinesins
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secyeg
- acidocaldarius
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archaellum
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procapsids
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microtubule-binding
Reaction
Synonyms
ATPase FlaI, FkaI, flagellar accessory protein, FlaH, FlaI, motor ATPase, Saci_1173, SSO2316
ECTree
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Subunits
Subunits on EC 3.6.4.B6 - archaeal flagellar ATPase
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hexamer
additional information
6 * 55000, the enzyme undergoes ATP-dependent hexamerization, gel filtration
hexamer
ATP binding locks the FlaI hexamer into a more symmetrical and less dynamic conformation, which may promote hexamer assembly by stabilizing interactions across adjacent subunits FlaI must be able to assemble into its hexameric state to function as the archaellum-assembly ATPase
hexamer
crystal structure analysis, FlaI forms hexameric species in an ATP-dependent manner
hexamer
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crystal structure analysis, FlaI forms hexameric species in an ATP-dependent manner
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hexamer
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6 * 55000, the enzyme undergoes ATP-dependent hexamerization, gel filtration
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hexamer
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ATP binding locks the FlaI hexamer into a more symmetrical and less dynamic conformation, which may promote hexamer assembly by stabilizing interactions across adjacent subunits FlaI must be able to assemble into its hexameric state to function as the archaellum-assembly ATPase
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enzyme FlaH has a characteristic RecA-like fold. FlaH consists of a central, mostly parallel, twisted beta-sheet surrounded by several alpha-helices. A Walker A motif, or phosphate binding loop (P-loop), is located between beta3 and alpha2, and a Walker B motif lies on beta6. The highly conserved Asp127 of Walker B motif forms hydrogen bond with Ser41 of Walker A motif
additional information
-
enzyme FlaH has a characteristic RecA-like fold. FlaH consists of a central, mostly parallel, twisted beta-sheet surrounded by several alpha-helices. A Walker A motif, or phosphate binding loop (P-loop), is located between beta3 and alpha2, and a Walker B motif lies on beta6. The highly conserved Asp127 of Walker B motif forms hydrogen bond with Ser41 of Walker A motif
additional information
-
enzyme FlaH has a characteristic RecA-like fold. FlaH consists of a central, mostly parallel, twisted beta-sheet surrounded by several alpha-helices. A Walker A motif, or phosphate binding loop (P-loop), is located between beta3 and alpha2, and a Walker B motif lies on beta6. The highly conserved Asp127 of Walker B motif forms hydrogen bond with Ser41 of Walker A motif
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additional information
-
enzyme FlaH has a characteristic RecA-like fold. FlaH consists of a central, mostly parallel, twisted beta-sheet surrounded by several alpha-helices. A Walker A motif, or phosphate binding loop (P-loop), is located between beta3 and alpha2, and a Walker B motif lies on beta6. The highly conserved Asp127 of Walker B motif forms hydrogen bond with Ser41 of Walker A motif
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additional information
-
enzyme FlaH has a characteristic RecA-like fold. FlaH consists of a central, mostly parallel, twisted beta-sheet surrounded by several alpha-helices. A Walker A motif, or phosphate binding loop (P-loop), is located between beta3 and alpha2, and a Walker B motif lies on beta6. The highly conserved Asp127 of Walker B motif forms hydrogen bond with Ser41 of Walker A motif
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additional information
-
enzyme FlaH has a characteristic RecA-like fold. FlaH consists of a central, mostly parallel, twisted beta-sheet surrounded by several alpha-helices. A Walker A motif, or phosphate binding loop (P-loop), is located between beta3 and alpha2, and a Walker B motif lies on beta6. The highly conserved Asp127 of Walker B motif forms hydrogen bond with Ser41 of Walker A motif
-
additional information
-
enzyme FlaH has a characteristic RecA-like fold. FlaH consists of a central, mostly parallel, twisted beta-sheet surrounded by several alpha-helices. A Walker A motif, or phosphate binding loop (P-loop), is located between beta3 and alpha2, and a Walker B motif lies on beta6. The highly conserved Asp127 of Walker B motif forms hydrogen bond with Ser41 of Walker A motif
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