Sandbox reserved 1560: Difference between revisions

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Lignostilbene is a <scene name='83/830391/Chain_distingshin/2'>quationary</scene>structure with two identical ~~proteins~~ working together. The proteins are partially composed of <scene name='83/830391/Alpha_helix/1'>alpha helix's</scene>(Blue) and the majority by <scene name='83/830391/Beta_sheet/1'>Beta-sheets</scene> indicated in red. Together the <scene name='83/830391/Secoundary_structure_together/1'>tertiary</scene> structure work to form its relationship and interactions within itself and other ~~biomolecular~~ compounds found in ~~its~~ environment.

Lignostilbene is a <scene name='83/830391/Chain_distingshin/2'>quationary</scene> structure with two identical protein chains working together. The proteins are partially composed of <scene name='83/830391/Alpha_helix/1'>alpha helix's</scene>(Blue) and the majority by <scene name='83/830391/Beta_sheet/1'>Beta-sheets</scene> indicated in red. Together the <scene name='83/830391/Secoundary_structure_together/1'>tertiary</scene> structure work to form its relationship and interactions within itself and other bio-molecular compounds found in the environment.

A <scene name='82/823083/6ojttriad/1'>catalytic triad</scene> is commonly found in the active site of the protein and binds to the ligand. The triad for LsdA are identified as PHE 59, TYR 101, and LYS 134. The <scene name='83/830391/Ligand_nsl/1'>ligands</scene> are found within the two chains of the protein structure accompanied by an Iron ion.

A <scene name='82/823083/6ojttriad/1'>catalytic triad</scene> is commonly found in the active site of the and binds to the ligand, the proteins amino acids, PHE 59, TYR 101, and LYS 134 are identified as the triad. The <scene name='83/830391/Ligand_nsl/1'>ligands</scene> are found within the two chains of the protein in each Chain.

</StructureSection>

== References ==

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-Lignostilbene is a <scene name='83/830391/Chain_distingshin/2'>quationary</scene>structure with two identical proteins working together. The proteins are partially composed of <scene name='83/830391/Alpha_helix/1'>alpha helix's</scene>(Blue) and the majority by <scene name='83/830391/Beta_sheet/1'>Beta-sheets</scene> indicated in red. Together the <scene name='83/830391/Secoundary_structure_together/1'>tertiary</scene> structure work to form its relationship and interactions within itself and other biomolecular compounds found in its environment.
+Lignostilbene is a <scene name='83/830391/Chain_distingshin/2'>quationary</scene> structure with two identical protein chains working together. The proteins are partially composed of <scene name='83/830391/Alpha_helix/1'>alpha helix's</scene>(Blue) and the majority by <scene name='83/830391/Beta_sheet/1'>Beta-sheets</scene> indicated in red. Together the <scene name='83/830391/Secoundary_structure_together/1'>tertiary</scene> structure work to form its relationship and interactions within itself and other bio-molecular compounds found in the environment.
+A <scene name='82/823083/6ojttriad/1'>catalytic triad</scene> is commonly found in the active site of the protein and binds to the ligand. The triad for LsdA are identified as PHE 59, TYR 101, and LYS 134. The <scene name='83/830391/Ligand_nsl/1'>ligands</scene> are found within the two chains of the protein structure accompanied by an Iron ion.
-A <scene name='82/823083/6ojttriad/1'>catalytic triad</scene> is commonly found in the active site of the and binds to the ligand, the proteins amino acids, PHE 59, TYR 101, and LYS 134 are identified as the triad. The <scene name='83/830391/Ligand_nsl/1'>ligands</scene> are found within the two chains of the protein in each Chain.
 </StructureSection>
 == References ==
 <references/>