Chinese translation for "视色素"

[ shìsèsù ]
retin a
retinoids
visual pigments

Related Translations:

色素改变:  pigment alteration

色素代谢:  metabolism of pigment

生物色素:  biochromebiological pigment

色素粒:  granapigment granulepigmentgranule

色素原:  chromogenpropigment

酞色素:  phthalein color

肌色素:  myochrome

色素性结石:  pigmented stone

巩膜色素细胞:  scleral chromatophore cell

结膜色素沉着:  pigmentation of conjunctiva

Example Sentences:

	1.	The more intense a light , the more photons are absorbed by the visual pigments , the greater the excitation of each cone , and the brighter the light appears 光越强，视色素吸收到的光子数目就越多，每个锥细胞的兴奋程度也越大，所感受到的光也就越亮。
	2.	Because human and avian visual pigments are not identical , this mixture was different from what we would predict for humans asked to make the same color match 因为人类与鸟类的视色素不完全一样，鸟类所看到的红绿混合光比率，应该不同于人类对同一黄光的红绿配色比率。
	3.	Some wavelengths are absorbed better than others , and each visual pigment is characterized by a spectrum that describes how absorption varies with wavelength 这是因为锥细胞对不同波长的吸收能力不同，而且，每个视色素的差异在于其吸收光谱，也就是对不同波长的吸收率差异。
	4.	The important conclusion to draw here is that for the brain to see color , it must compare the responses of two or more classes of cones containing different visual pigments 因此，我们要下的重要结论是：大脑要能看到颜色，就必须比较来自两种或两种以上、含有不同视色素的锥细胞的反应。
	5.	We can trace four lineages of vertebrate cone pigments , named descriptively after the spectral region in which they are most sensitive : long - wavelength , mid - wavelength , short - wavelength and ultraviolet 我们可以追溯出脊椎动物四种锥细胞视色素的演化路径，名称分别反应出它们最敏感的光谱波段：长波长、中波长、短波长与紫外光。
	6.	When the pigment absorbs light ( or , more precisely , absorbs discrete packets of energy called photons ) , the added energy causes the retinal to change shape , triggering a cascade of molecular events leading to excitation of the cone cell 视色素一旦吸收了光线（更精确的说法是吸收了称为光子的特定能量单元） ，新增加的能量就会改变视黄醛的形状，因而引发一连串的分子事件，造成锥细胞的兴奋。
	7.	A visual pigment may absorb two wavelengths equally , but even though their photons contain different energies , the cone cannot tell them apart , because they both cause the retinal to change shape and thus trigger the same molecular cascade leading to excitation 同一个视色素可能对两种不同波长的吸收能力一样好，但即使这两种波长的光子能量不同，锥细胞也无法将之区分开来，因为这两种光都会改变视黄醛的形状，因而引发同样的分子事件，造成锥细胞的兴奋。

Similar Words：

"视若无睹" Chinese translation, "视若无物" Chinese translation, "视若至宝" Chinese translation, "视扫频谱分析仪" Chinese translation, "视色蛋白" Chinese translation, "视色素蛋白" Chinese translation, "视色素感光性" Chinese translation, "视色素光敏感性,视色素感光性" Chinese translation, "视色质" Chinese translation, "视膳问寝" Chinese translation