Nature, Volume 454Sir Norman Lockyer Macmillan Journals Limited, 2008 - Electronic journals |
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Page 184
... rhodopsin 15,23,24 . In disc membranes , rhodopsin dimers can form as observed by atomic force microscopy , and TM4 - TM5 was suggested as a dimer interface . In the structures of rhodopsin and opsin , a disulphide bond between Cys 110 ...
... rhodopsin 15,23,24 . In disc membranes , rhodopsin dimers can form as observed by atomic force microscopy , and TM4 - TM5 was suggested as a dimer interface . In the structures of rhodopsin and opsin , a disulphide bond between Cys 110 ...
Page 186
... rhodopsin . The second , smaller opening arises from backbone alteration in TM7 in the location of the retinal - binding pocket and the corresponding clockwise ~ 120 ° rota- tion of Phe 293 relative to rhodopsin ( Fig . 6a and inset 2 ) ...
... rhodopsin . The second , smaller opening arises from backbone alteration in TM7 in the location of the retinal - binding pocket and the corresponding clockwise ~ 120 ° rota- tion of Phe 293 relative to rhodopsin ( Fig . 6a and inset 2 ) ...
Page 187
... rhodopsin and the G protein or peptides derived from its receptor interacting domains will provide an answer to this question . METHODS SUMMARY Native opsin was prepared from bovine eyes and extracted from rod outer- segment disc ...
... rhodopsin and the G protein or peptides derived from its receptor interacting domains will provide an answer to this question . METHODS SUMMARY Native opsin was prepared from bovine eyes and extracted from rod outer- segment disc ...
Contents
More CO2 means more | 46 |
ARTICLES | 49 |
SMAD proteins control DROSHAmediated microRNA maturation | 56 |
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