视黄醛

计算得到的结果表明，视黄醛分子从all-trans构象到1lcis构象的跃迁几率大于到9cis构象的跃迁几率，两个几率的比值：10<ω（11）/ω9<100。

The result obtained indicates that the isomerization probability of a retinene molecule from all-trans conformation to 11-cis conformation is much larger than that from all-trans conformation to 9-cis conformation .

视黄醛分子光致构象跃迁

The Light-induced Conformation Isomerization of a Retinene Molecule

但这些早期的植物使用的可能是一种叫做视黄醛的东西,它是深紫色的。

But these early plants probably used something called retinal , which is a dark purple color .

第二个试验分别补充四种不同的维生素／无机物组合（视黄醛／锌、核黄素／烟酸、维生素C／钼及硒／α生育酚／β胡萝卜素），观察其各自的作用。

A factorial design was used to test the effect of four different vitamin / mineral combinations .

T2DM患者空腹血浆视黄醛结合蛋白-4水平及对罗格列酮治疗的反应

Circulating retinol binding protein-4 in patients with type 2 diabetes and response to rosiglitazone

Genbank中登陆号为AB045133的cDNA被认为是NRDR的编码基因，它被注释为化物酶体蛋白并执行辅酶Ⅱ依赖性的视黄醇脱氢或者视黄醛还原的功能。

We focused on the cDNA that deposited in GenBank ( accession number : AB045133 ) and annotated as peroxisomal NADPH-dependent retinol dehydrogenase / reductase .

与此不同的是，随着温度的升高，在紫膜中只能观察到视黄醛的570nm特征峰光吸收的降低。

The characteristic absorption band at 570 nm decreases with the increasing temperature , which is different with blue membrane . 2 .

视黄醛在实验性近视中的作用视黄类受体与视黄酸致畸作用关系

Retinoic acid in experimental myopia Relations between the Retinoic Acid Acceptor and Teratogenesis of Retinoids

视黄醛膜蛋白的质子泵功能及其光响应器件材料的研究

Investigations of Proton Pumping Behaviors of Retinal Proteins and Corresponding Material Techniques in Potential Photoactive Devices

纳米颗粒金能提高视黄醛仿生膜的光电响应电流和寿命。

Photoelectric current and lifetime of vision mimetic retinal membrane has also been much improved by addition of nanometer particles .

视黄醇、视黄酸及视黄酸磷酸醛等都是维生素A的活性衍生物。维生素A及其活性衍生物在免疫调节中有重要作用。

There are many active derivatives of vitamin A including retinol , retinoic acid , and the relationship of vitamin A and immunity is close .

本文在细菌视紫红质构象模拟的基础上提出了一个视黄醛顺反异构模型。

A model of trans 13-cis isomerization of Retinal in BR is proposed based on conformational simulation for BR .