光感受

基本解释 (translations)

photoreception

与光感受相关的网络例句 [注：此内容来源于网络，仅供参考]

Review articles only; calretinin; fovea centralis; macula lutea; ora serrata; photoreceptors; rods; cones; optic tract; optic nerve; visual cortex; color vision; photoreception; opsin; rhodopsin; guanine nucleotide-binding protein; G protein-coupled receptors; ion channels (cyclic GMP-gated); guanylate cyclase; cyclic GMP; dark adaptation; visual pigments; polyenes; 11-cis-retinal; vitamin A; chromophores; arrestin; recoverin; phosducin; transducin; bipolar cells; retinal ganglion cells; retinal progenitor cells; amacrine cells; Mueller cells; light; retinogenesis; ommatidia; optic vesicles; retinitis pigmentosa; blindness; macular degeneration; blind spot; Mach bands; electroretinograms; binocular vision; visual acuity; vision; retina

唯一综述；钙网膜蛋白；中央凹；黄斑；锯齿缘；光感受器；杆状细胞；圆锥细胞；视束；视神经；直观皮层；色视觉；光感受；视蛋白；视紫质；鸟苷酸-结合蛋白；G蛋白-电偶受体；离子通道；鸟苷酸环化酶；环鸟苷酸；暗适应；视色素；多烯；11 - cis -视网膜；抗干眼醇；发色团；抑制蛋白；恢复蛋白；phosducin；转导蛋白；双极细胞；视网膜神经节细胞；视网膜祖细胞；无长突细胞；米勒细胞；光；retinogenesis；小眼；视泡；色素性视网膜炎；盲的黄斑变性；盲点；马赫带；视网膜电流图；双目视觉

Calretinin; fovea centralis; macula lutea; ora serrata; photoreceptors; rods; cones; optic tract; optic nerve; visual cortex; color vision; photoreception; opsin; rhodopsin; guanine nucleotide-binding protein; G protein-coupled receptors; ion channels (cyclic GMP-gated); guanylate cyclase; cyclic GMP; dark adaptation; visual pigments; polyenes; 11-cis-retinal; vitamin A; chromophores; arrestin; recoverin; phosducin; transducin; bipolar cells; retinal ganglion cells; retinal progenitor cells; amacrine cells; Mueller cells; light; retinogenesis; ommatidia; optic vesicles; retinitis pigmentosa; blindness; macular degeneration; blind spot; Mach bands; electroretinograms; binocular vision; visual acuity; vision; retina

光感受；视蛋白；视紫质；鸟苷酸-结合蛋白；G蛋白-电偶受体；离子通道；鸟苷酸环化酶；环鸟苷酸；暗适应；视色素；多烯；11 - cis -视网膜的；抗干眼醇；发色团；抑制蛋白；恢复蛋白；phosducin；转导蛋白；双极细胞；视网膜神经节细胞；视网膜祖细胞；无长突细胞；米勒细胞；光；retinogenesis；小眼；视泡；色素性视网膜炎；盲的；黄斑变性；盲点；马赫带；视网膜电流图；双目视觉；视敏度；视觉；视网膜

Macular hole size had an independent effect on interocular disparity.

这些结果肯定了黄斑裂孔患者视觉空间畸变仅仅是光感受细胞放射性移结果的报道(ClinicalTrials.gov number， NCT00302328。)。

Retinogenesis; photoreceptors; visual pigments; color vision; photoreception; phototransduction; visual purple; opsin; rhodopsin; retina; 11-cis-retinal; vitamin A; chromophores; fovea centralis; macula lutea; recoverin; guanylate cyclase

retinogenesis；光感受器；视色素；色视觉；光感受；光传导；视紫红质；视蛋白；视紫质；视网膜；11 - cis -视网膜的；抗干眼醇；发色团；中央凹；黄斑；恢复蛋白；鸟苷酸环化酶首页上一页共有 15 条记录，本页从第 11 到第 15 条。

The recent advances in the studies of phototropism are reviewed in this paper:more and more evidences support Bruinsma-Hasagawa hypothesis that tissues within the plant are affected by the Pfr gradient and express growth redistribution; Fluence-response studies of phototropism indicate that fPIPP and TDP are general types of multiple response types of phototropism; several photoreceptors involving phototropism have been characterized; four genetic loci affecting phototropism have been identified by mutants of Arabidopsis thaliana .

本文综述近年来植物向光反应研究方面的进展：（1）植物内部组织感受Pfr梯度引起生长再分布，越来越多的证据支持Bruinsma-Hasagawa假说；（2）光强-反应曲线的研究表明，向光反应存在多种反应类型，其中第一次正向光弯曲和第二次正向光弯曲最为普遍；（3）已鉴定了几种参与向光反应的光受体；（4）通过拟南芥突变体的研究确定了影响向光反应的4个基因。

The unicellular alga Chlamydomonas offers a simple life cycle,easy culture and isolation of series of mutants,established the techniques and tool kit for molecular genetics and genetics analysis.It is now becoming the model organism for studies on photosynthesis in plant,flagellar assembly and function,cell cycle and circadian rhythms,signal transduction,light perception and cell recognition.

单细胞衣藻由于其生活周期简单，培养方法简便，易于分离得到系列的突变体，并已建立了分子遗传学研究技术与遗传分析系统，成为植物光合作用、鞭毛组装与功能、细胞周期及节律、细胞信号传导与光感受、细胞识别等重要生物学过程研究的模式生物体。

When light falls on a receptor it sends a proportional response synaptically to

视网膜含有可以感受光的视杆细胞和视锥细胞。这些细胞将它们感受到的光转化为神经信号。

The photosensitivity and spectral responsiveness of cotton bollworm moth, Helicoverpa armigera were determined by an electrophysiological technique of electroretinogram extracellular recording method. The main results were as follows:(1) different monochromatic light within U.

运用视网膜电位（Electroretinogram， ERG）技术研究了棉铃虫［ Helicoverpa armigera］成虫在暗适应过程中对单色光和复合光刺激的光感受性变化，并初步分析了ERG 的波形成分组成及影响因素。

After feeding a nother 3 days in different environments with normal diet, all animals were killed and cGMP level and NOS expression were analysed in retina and retinogenicualte.Results:The NOS expression and cGMP contents of photoreceptor cells, vi sual cortex and retinogeniculate were increased in dark adaptation group compar ed with light group.

结果：在暗适应条件下，视网膜光感受体细胞NOS表达，视皮层、外侧膝状体、顶盖前区或海马cGMP含量增加，而在明适应状态下，NDP组化染色浅淡，牛磺酸及微量营养素的干预则能明显增强暗适应条件下NOS的着色反应，增加光照及暗适应条件下上述脑功能区cGMP含量。

After feeding a nother 3 days in different environments with normal diet, all animals were killed and cGMP level and NOS expression were analysed in retina and retinogenicualte.Results:The NOS expression and cGMP contents of photoreceptor cells, vi sual cortex and retinogeniculate were increased in dark adaptation group compar ed with light group. Nutritional intervention could enhance the NOS staining in dark environment, increased the cGMP contents whether light or dark condition.

结果：在暗适应条件下，视网膜光感受体细胞NOS表达，视皮层、外侧膝状体、顶盖前区或海马cGMP含量增加，而在明适应状态下，NDP组化染色浅淡，牛磺酸及微量营养素的干预则能明显增强暗适应条件下NOS的着色反应，增加光照及暗适应条件下上述脑功能区cGMP含量。

与光感受相关的网络解释 [注：此内容来源于网络，仅供参考]

Without the sense of that which I forbore：不再感受那難以遏抑的悸動

Serenely in the sunshine as before, 像從前一般坦然迎向陽光 | Without the sense of that which I forbore, .. 不再感受那難以遏抑的悸動-- | Thy touch upon the palm. The widest land 當你觸碰我的手 懸殊的鴻...

hypermetropia：远视

(第十一章第二节1.3)如果平行光线不能在视网膜上形成清晰的象则称为屈光不正,它包括近视(myopia)、远视(hypermetropia)和散光(astigmatism)3种. ②感光细胞层:有视杆细胞(rod)和视锥细胞(cone)两种光感受细胞,它们是高度分化的

phosphene：光幻视

目前,视觉修复主要采用光幻视(phosphene)传递视觉信息[3,4]. 光幻视是指在电刺激下,视觉障碍者体会到的不规则点阵状的视觉感受. 事实上,光幻视可视为图像中的像素阵列,通过施加某种模式的电刺激,视觉障碍者的视场中将产生特定的光点现象,

photopathy：光原病

photone 光幻视 | photopathy 光原病 | photoperception 光感受

critical photoperiod：臨界光周期

引起昆虫种群中50%的个体滞育的光照时数,称为临界光周期(critical photoperiod). 感受光照刺激的虫态,称为临界光照虫态. 临界光照虫态常常是滞育虫态的前一虫态,根据昆虫滞育对光周期的反应,可将昆虫分为以下4种滞育类型 1、短日照滞育型 即长日照发育型.

photoreception：感光,光感受(作用)

photorearrangement 光重排 | photoreception 感光,光感受(作用) | photoreceptor 光感受器

photoreception：光感受

photoreaction 光反应 | photoreception 光感受 | photoreceptor 光感受器

photoreception：光感受作用

photoreceptor 光感受器 @u(Ez7 | photoreception 光感受作用 @j+'+p0l2 | optical lever 光杠杆 #-fE%e

extraretinal photoreception：网膜外光感受

[近]昼夜节律 circadian rhythm | 网膜外光感受 extraretinal photoreception | 菌紫红质 bacteria rhodopsin

Serenely in the sunshine as before：像從前一般坦然迎向陽光

The uses of my soul, nor lift my hand 自己靈魂的去向 也不能伸手 | Serenely in the sunshine as before, 像從前一般坦然迎向陽光 | Without the sense of that which I forbore, .. 不再感受那難以遏抑的悸動-...