Takemoto D J, Spooner B, Takemoto L J
Biochem Biophys Res Commun. 1985 Oct 15;132(1):438-44. doi: 10.1016/0006-291x(85)91041-1.
Based on the amino acid sequence of bovine rhodopsin, five peptides corresponding to the carboxyl terminus and one loop region have been synthesized. Rabbit antisera to these peptides recognize rhodopsin in whole bovine and dog retinas. Antisera were used to detect differences in specific regions of rhodopsin in dystrophic vs normal dog retinas. As detected on both "dot blots" and Western blots, rhodopsin from retinas of dystrophic dogs has a reduced reaction with antisera to peptides, Rhod-4 and Rhod-10 (# 341-348 and 232-239, respectively). Since these sites on rhodopsin are possible binding sites for transducin and rhodopsin kinase, an alteration in these regions would have profound effects in the dystrophic state.
基于牛视紫红质的氨基酸序列,已合成了对应于羧基末端和一个环区的五种肽。针对这些肽的兔抗血清可识别完整牛视网膜和犬视网膜中的视紫红质。使用抗血清检测营养不良犬视网膜与正常犬视网膜中视紫红质特定区域的差异。如在“斑点印迹”和蛋白质免疫印迹上所检测到的,来自营养不良犬视网膜的视紫红质与针对肽Rhod-4和Rhod-10(分别为#341 - 348和232 - 239)的抗血清反应减弱。由于视紫红质上的这些位点可能是转导素和视紫红质激酶的结合位点,这些区域的改变在营养不良状态下会产生深远影响。