Sandbox Reserved 1546: Difference between revisions

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<p>Under a "backbone" representation, the <scene name='80/806432/Unique_protein_chain/1'>one unique protein chain</scene> of the 5h86 enzyme can be visualized. The structure of this molecule is also composed of <scene name='80/806432/Secondary_structures/1'>alpha helices (magenta) and beta strands (gold)</scene>.</p>
<p>Under a "backbone" representation, the <scene name='80/806432/Unique_protein_chain/1'>one unique protein chain</scene> of the 5h86 enzyme can be visualized. The structure of this molecule is also composed of <scene name='80/806432/Secondary_structures/1'>alpha helices (magenta) and beta strands (gold)</scene>.</p>


<p>The amino acid residues </p>
<p>The 168 <scene name='80/806432/Aa_residues/1'>amino acid residues</scene> can be visualized by the gold circles of the structure.</p>


<p> There are <scene name='80/806432/Ligands/1'>two ligand binding sites</scene>, which can be represented in green and the protein structure is represented by a khaki color. The active site of Gcn5 contains two binding grooves where acetyl-CoA and peptide bind, Butyrul CoEnzyme A <scene name='pdbligand=BCO:BUTYRYL+COENZYME+A'>(BCO)</scene> & 1,2-Ethanediol <scene name='pdbligand=EDO:1,2-ETHANEDIOL'>(EDO)</scene>.</p>  
<p> There are <scene name='80/806432/Ligands/1'>two ligand binding sites</scene>, which can be represented in green and the protein structure is represented by a khaki color. The active site of Gcn5 contains two binding grooves where acetyl-CoA and peptide bind, Butyrul CoEnzyme A <scene name='pdbligand=BCO:BUTYRYL+COENZYME+A'>(BCO)</scene> & 1,2-Ethanediol <scene name='pdbligand=EDO:1,2-ETHANEDIOL'>(EDO)</scene>.</p>