Sandbox Reserved 1072: Difference between revisions

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<scene name='69/694238/N_terminus/5'>N terminal</scene> does. The [http://en.wikipedia.org/wiki/Active_site active site] is therefore located within the N-terminal domain. The two monomers interact through an interlocking hook formed by the N-terminal domains that stabilizes the formation of the dimer <ref name="one">PMID: 1523184</ref>.  
<scene name='69/694238/N_terminus/5'>N terminal</scene> does. The [http://en.wikipedia.org/wiki/Active_site active site] is therefore located within the N-terminal domain. The two monomers interact through an interlocking hook formed by the N-terminal domains that stabilizes the formation of the dimer <ref name="one">PMID: 1523184</ref>.  


The N-terminal <scene name='69/694238/N_terminus/2'>hook</scene> is formed through hydrophobic interactions between residues Tyr-28 and Tyr-197 and residues Trp-38 and Trp-204. This interlocking loop region is also found in similar conformations of other catalase peroxidase structures such as: [http://www.proteopedia.org/wiki/index.php/1itk ''hm''CP] and ''bp''CP.
The N-terminal <scene name='69/694238/N_terminus/2'>hook</scene> is formed through hydrophobic interactions between
<scene name='69/694238/N_terminus/6'>residues Tyr-28 and Tyr-197 and residues Trp-38 and Trp-204</scene>. This interlocking loop region is also found in similar conformations of other catalase peroxidase structures such as: [http://www.proteopedia.org/wiki/index.php/1itk ''hm''CP] and ''bp''CP.


===Active Site===
===Active Site===
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<scene name='69/694238/N_terminus/6'>N terminus stabilization with residues</scene>