Sandbox Reserved 960: Difference between revisions
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** <scene name='60/604479/H3/2'>H3</scene>: residues 42–56 | ** <scene name='60/604479/H3/2'>H3</scene>: residues 42–56 | ||
** <scene name='60/604479/H4/1'>H4</scene>: residues 66–74 | ** <scene name='60/604479/H4/1'>H4</scene>: residues 66–74 | ||
** <scene name='60/604479/H5/1'>H5</scene>: residues 75–77 | ** <scene name='60/604479/H5/1'>H5</scene>: residues 75–77 (rarely mentionned in publications because of its tiny size) | ||
** <scene name='60/604479/H6/1'>H6</scene>: residues 78–90 | ** <scene name='60/604479/H6/1'>H6</scene>: residues 78–90 | ||
** <scene name='60/604479/H7/1'>H7</scene>: residues 96–112 | ** <scene name='60/604479/H7/1'>H7</scene>: residues 96–112 | ||
<scene name='60/604479/H1/2'>H1</scene> has a break in the hydrogen-bonding pattern of its structure, forming tight substitute hydrogen bonds with water molecules. Thus, it results in a <scene name='60/604479/Kink/1'>kink</scene> (at residue Ala 14) induced by a disruption in the helical conformation, due to hydrogen bonds with water molecules. | <scene name='60/604479/H1/2'>H1</scene> has a break in the hydrogen-bonding pattern of its structure, forming tight substitute hydrogen bonds with water molecules. Thus, it results in a <scene name='60/604479/Kink/1'>kink</scene> (at residue Ala 14) induced by a disruption in the helical conformation, due to hydrogen bonds with water molecules. | ||
