Chorismate mutase: Difference between revisions

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== Structural highlights ==
== Structural highlights ==


The 3D structure of the complex of CHM with transition state analog shows the CHM structure containing a dimer of pseudosymmetry but only the N-terminal half contains an available active site pocket. The transition state analog is buried in the active site pocket and forms extensive H-bond network with CHM. Arg 49 and Arg 134 which are part of this network are conserved in all the known CHMs<ref>PMID:16499927</ref>.  Overlaying the structure of the unliganded CHM with that of the complex shos a movement of the second shell residues Arg 72 and Gln 75 which can allow the entry of the transition state analog to the active site pocket.
The 3D structure of the complex of CHM with transition state analog shows the CHM structure containing a dimer of pseudosymmetry but only the N-terminal half contains an available active site pocket. The transition state analog is buried in the active site pocket and forms extensive H-bond network with CHM. Arg 49 and Arg 134 which are part of this network are conserved in all the known CHMs<ref>PMID:16499927</ref>.  Overlaying the structure of the unliganded CHM with that of the complex shos a movement of the second shell residues Arg 72 and Gln 75 which can allow the entry of the transition state analog to the active site pocket. <scene name='91/916399/Cv/2'>TextToBeDisplayed</scene>


==Chorismate mutase 3D structures==
==Chorismate mutase 3D structures==

Proteopedia Page Contributors and Editors (what is this?)Proteopedia Page Contributors and Editors (what is this?)

Michal Harel, Alexander Berchansky