Sandbox Reserved 1792: Difference between revisions

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== Active vs Inactive State==
== Active vs Inactive State==
[[Image:Image-Inactive Inactive Proteopedia.png|300 px|right|thumb| An overview of the Inactive (red) vs Active (green) state of TSHR. PDB: 7WX5]]
[[Image:Image-Inactive Inactive Proteopedia.png|300 px|right|thumb| An overview of the Inactive (red) vs Active (green) state of TSHR. PDB: 7WX5]]
When TSHR is not bound to TSH, it is in the <scene name='95/952720/Inactivetshr/1'>inactive state</scene>. This is also considered the "down" state because the LRRD is pointing down. When TSH binds to TSHR, steric clashing between TSH and the cell-membrane cause TSHR to take on the <scene name='95/952720/Inactivetshr/5'>active or "up" state</scene>. During this transition, the Extracellular domains rotate 55° along an axis. This rotation is caused by conformational changes within the <scene name='95/952720/Hinge_region_spin/1'>Hinge Region</scene>, specifically at the Y279 residue. This residue moves 6 angstroms relative to I486, which is a residue located in the Transmembrane Region <ref name="Faust"/>  
When TSHR is not bound to TSH, it is in the <scene name='95/952720/Inactivetshr/7'>inactive state</scene>. This is also considered the "down" state because the LRRD is pointing down. When TSH binds to TSHR, steric clashing between TSH and the cell-membrane cause TSHR to take on the <scene name='95/952720/Inactivetshr/6'>active or "up" state</scene>. During this transition, the Extracellular domains rotate 55° along an axis. This rotation is caused by conformational changes within the <scene name='95/952720/Hinge_region_spin/1'>Hinge Region</scene>, specifically at the Y279 residue. This residue moves 6 angstroms relative to I486, which is a residue located in the Transmembrane Region <ref name="Faust"/>  
== Specific Residues ==
== Specific Residues ==