Journal:Protein Science:3: Difference between revisions
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*<scene name='87/876867/Cv1/15'>Mg<sup>+2</sup>/TcAChE</scene> (PDB code [[7b38]])<ref name="Sussman1">PMID:33686648</ref>. | *<scene name='87/876867/Cv1/15'>Mg<sup>+2</sup>/TcAChE</scene> (PDB code [[7b38]])<ref name="Sussman1">PMID:33686648</ref>. | ||
*<scene name='87/876867/Cv1/16'>Ca<sup>+2</sup>/TcAChE</scene> (PDB code [[7b8e]])<ref name="Sussman1">PMID:33686648</ref>. | *<scene name='87/876867/Cv1/16'>Ca<sup>+2</sup>/TcAChE</scene> (PDB code [[7b8e]])<ref name="Sussman1">PMID:33686648</ref>. | ||
*<scene name='87/876867/Cv1/17'> | *<scene name='87/876867/Cv1/17'>UO<sub>2</sub><sup>+2</sup>/TcAChE</scene> (PDB code [[7b2w]])<ref name="Sussman1">PMID:33686648</ref>. | ||
The 4 Asp residues, D326, D389, D392 and D393, are shown as sticks, with <span class="bg-lightgreen">carbons</span> in green, <span class="bg-red">oxygens</span> in red, and <span class="bg-blue text-white">nitrogens</span> in blue. Solvent <span class="bg-blue text-white">waters</span> are shown as blue spheres, and the <span class="bg-magenta">metal ions</span> as magenta spheres, with their sizes proportionate to their Van der Waals radii; the oxygens of the uranyl moiety are shown as red spheres. Non-covalent hydrogen bonds and ionic bonds are shown as dashed white lines. | The 4 Asp residues, D326, D389, D392 and D393, are shown as sticks, with <span class="bg-lightgreen">carbons</span> in green, <span class="bg-red">oxygens</span> in red, and <span class="bg-blue text-white">nitrogens</span> in blue. Solvent <span class="bg-blue text-white">waters</span> are shown as blue spheres, and the <span class="bg-magenta">metal ions</span> as magenta spheres, with their sizes proportionate to their Van der Waals radii; the oxygens of the uranyl moiety are shown as red spheres. Non-covalent hydrogen bonds and ionic bonds are shown as dashed white lines. | ||
This page complements a publication in scientific journals and is one of the Proteopedia's Interactive 3D Complement pages. For additional details please see I3DC.
