Sandbox Reserved 1798: Difference between revisions

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The mechanics of the protein is studied and compared to similar structures with the VFT in other enzymes like desulfinase DszB, thiamin pyramidine synthase The5, and thiaminase I. Ordinarily, a rigid portion of the enzyme lobe hinged with another rigid body lobe. The angle of one to the other changes as the ligand is bound and closed or unbound and open. The angle of the hinged motion is from 52 to 37 degrees. Though in other species it can be 7 degrees of motion.

Different regional amino acids can make the difference in how the mechanism works. The active site of region <scene name='95/954095/Catalytic_triad/1'>109 to 112</scene> can account for the area that will make the most changes in binding if the amino acids are changed. When closed upon each other, the enzymatic mechanism is bound, conversely, when open, unbound.

Different regional amino acids can make the difference in how the mechanism works. The active site of region<scene name='95/954095/Catalytic_triad/2'> 109 to 112</scene> can account for the area that will make the most changes in binding if the amino acids are changed. When closed upon each other, the enzymatic mechanism is bound, conversely, when open, unbound.

Sandbox Reserved 1798: Difference between revisions

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Revision as of 00:31, 27 April 2023 view source Julia Galasso (talk \| contribs) 35 edits No edit summary ← Older edit		Revision as of 01:50, 27 April 2023 view source Julia Galasso (talk \| contribs) 35 edits No edit summary Newer edit →
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	The mechanics of the protein is studied and compared to similar structures with the VFT in other enzymes like desulfinase DszB, thiamin pyramidine synthase The5, and thiaminase I. Ordinarily, a rigid portion of the enzyme lobe hinged with another rigid body lobe. The angle of one to the other changes as the ligand is bound and closed or unbound and open. The angle of the hinged motion is from 52 to 37 degrees. Though in other species it can be 7 degrees of motion.		The mechanics of the protein is studied and compared to similar structures with the VFT in other enzymes like desulfinase DszB, thiamin pyramidine synthase The5, and thiaminase I. Ordinarily, a rigid portion of the enzyme lobe hinged with another rigid body lobe. The angle of one to the other changes as the ligand is bound and closed or unbound and open. The angle of the hinged motion is from 52 to 37 degrees. Though in other species it can be 7 degrees of motion.

	Different regional amino acids can make the difference in how the mechanism works. The active site of region <scene name='95/954095/Catalytic_triad/1'>109 to 112</scene> can account for the area that will make the most changes in binding if the amino acids are changed. When closed upon each other, the enzymatic mechanism is bound, conversely, when open, unbound.		Different regional amino acids can make the difference in how the mechanism works. The active site of region<scene name='95/954095/Catalytic_triad/2'> 109 to 112</scene> can account for the area that will make the most changes in binding if the amino acids are changed. When closed upon each other, the enzymatic mechanism is bound, conversely, when open, unbound.