Aconitase: Difference between revisions
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Along with serving as a catalyst, aconitase is a member of the iron regulatory protien-1 (IRP-1) family. These enzymes have been found to play a role in regulatory RNA-binding proteins. This suggests a novel role for Fe-S clusters as post-translational regulatory switches.<ref name="Frishman" /> | Along with serving as a catalyst, aconitase is a member of the iron regulatory protien-1 (IRP-1) family. These enzymes have been found to play a role in regulatory RNA-binding proteins. This suggests a novel role for Fe-S clusters as post-translational regulatory switches.<ref name="Frishman" /> | ||
</StructureSection> | </StructureSection> | ||
== 3D structures of Aconitase== | == 3D structures of Aconitase== | ||
Updated on {{REVISIONDAY2}}-{{MONTHNAME|{{REVISIONMONTH}}}}-{{REVISIONYEAR}} | Updated on {{REVISIONDAY2}}-{{MONTHNAME|{{REVISIONMONTH}}}}-{{REVISIONYEAR}} | ||
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[[1amj]], [[1nit]] – cACO - cow<br /> | [[1amj]], [[1nit]] – cACO - cow<br /> | ||
''ACO+citrate'' | |||
[[1c96]] - pACO (mutant)+citrate<br /> | [[1c96]] - pACO (mutant)+citrate<br /> | ||
[[1b0m]] - pACO (mutant)+fluorocitrate<br /> | [[1b0m]] - pACO (mutant)+fluorocitrate<br /> | ||
''ACO+aconitate'' | |||
[[1fgh]] – cACO+4-hydroxy-aconitate <br /> | [[1fgh]] – cACO+4-hydroxy-aconitate <br /> | ||
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[[1nis]] - cACO+transaconitate+nitrocitrate<br /> | [[1nis]] - cACO+transaconitate+nitrocitrate<br /> | ||
''ACO+isocitrate'' | |||
[[7acn]] - pACO +isocitrate<br /> | [[7acn]] - pACO +isocitrate<br /> | ||
