rhodopsin

blueberry and bilberry supply visual purple which nourishes rhodopsin which activates cones and rods.

蓝莓及山桑子供应紫光的视紫红质的滋养和激活视锥杆。

Allosteric communication network of coupling residues in GPCR class A rhodopsin like family A fundamental goal in signal transduction study is to understand allosteric communication.

视紫质样GPCR中偶联氨基酸的变构通讯网络对变构通讯的理解是研究细胞信号转导的一个基本目标。

AIM: To predict the allosteric communication network formed by a set of amino acids coupled with Leu-125 in G protein coupled receptor ( GPCR) class A rhodopsin like family.

目的：预测视紫质样GPCR中由Leu125等氨基酸组成的变构通讯网络。

Because of the structural similarity to rhodopsin, bacteriorhodopsin is characterized by some visual response properties.

细菌视紫红质在结构上与视紫红质的相似性使其具有某些视觉响应特性.

Whatever the cause, the energy conversion that rhodopsin brings about is also of interest.

不论视网膜紫质存在的原因是什么, 它们所产生的能量转换也非常有趣.

Rhodopsin was found to be the visual pigment in all vertebrates from the primitive lamprey to man

由初生的八目鳗到人类等所有脊椎动物身上都可以发现视紫质这种视觉色素

He has also found numerous genes for versions of rhodopsin.

他还发现了多种视网膜紫质的大量基因.

Conclusion A causative mutation of rhodopsin gene was identified in a large Chinese pedigree with ADRP. The present study confirmed the molecular genetic heterogeneity of ADRP.

结论在这个中国ADRP大家系中，发现RHO基因的致病突变，表明ADRP存在明显遗传异质性。