光适应的英文

发音:

"光适应"怎么读用"光适应"造句

英文翻译手机版

light adaptation; photopia

"光"英文翻译 light; ray
"适应"英文翻译 suit; adapt; get with it; fi ...
"暗光适应" 英文翻译 : dark adaptation
"对光适应" 英文翻译 : photopic adaptation
"光适应的" 英文翻译 : light adapted; photopic
"光适应激素" 英文翻译 : light adapting hormone
"光适应条件" 英文翻译 : photopic conditions
"光适应眼" 英文翻译 : light adapted eye; light-adapted eyes; photopic eyes
"光适应锥体" 英文翻译 : light-adapted cone
"光适应作用" 英文翻译 : light adaptation
"间接光适应" 英文翻译 : indirect light adaptation
"色光适应" 英文翻译 : chromatic adaptation
"直接光适应" 英文翻译 : direct light adaptation
"光适应的, 明视适应的" 英文翻译 : photopic
"光适应与暗适应" 英文翻译 : photopic adaptation and sscotopic adaptation
"光适性" 英文翻译 : light adaptation
"适应" 英文翻译 : suit; adapt; get with it; fit 适应社会需要 fit in with the needs of the society; 适应新环境 find one's feet [legs]; 使自己的思想适应新情况 adapt one's thinking to the new conditions; 如果你试一试的话, 我相信你一定能适应。 i am sure you can get with it if you try. 他不适应这种乡村小镇的单调生活 he was not used to the tedium of life in a small country town.; 适应变异 adequate variation; 适应不良 maladjustment; 适应范围 accommodation; (地区)适应分化 kladogenesis; 适应功能 adaptive functions; 适应过程 procedure of adaptation; adaptive process; 适应进化 adaptive evolution; 适应类型 adaptive form; 适应亮度 adaptation brightness; 适应酶 adaptive enzyme; 适应耐受性 adaptation tolerance; 适应能力 adaptation; acclimatization; 适应气候 acclimatization; 适应型 ecad; epharmone; 适应现象 adaptation; 适应症 indication; 适应值 adaptive value
"使适应，适应(环境)" 英文翻译 : adapt
"适应，适应作用" 英文翻译 : adaptation
"暗适应" 英文翻译 : dark adaptation; scotopia
"不适应" 英文翻译 : not adapted to; not fit to; not suited to 对气候不适应 not accustomed to the climate; not acclimatized; 不适应性 inadaptability
"超适应" 英文翻译 : oven adaptation; over adaptation
"除适应" 英文翻译 : deconditioning
"调节，适应" 英文翻译 : accommodation
"反适应" 英文翻译 : reverse adapting

例句与用法

This study is of guiding significance in finding out the adaptabilities of various tree species and landscape arrangements
该研究对揭示各树种光适应特性和合理的园林配置有指导意义。
During the dark adaptation the result contrasted on that of light adaptation . the result showed that different light adaptation influent the ultrastructure of the photoreceptor
研究结果表明：在不同的光适应状态下，斑节对虾的光感受器的超微结构发生了变化，从而影响其生理功能。
The influence of light adaptation on the ultrastructure of the photoreceptor in penaeus monodon fabriciu the form and the fine structure of compound eyes in penaeus monodon fabriciuwere studied by e lectron microscopy
另外，在无脊椎动物的光转导过程中，经研究发现，钙离子可能起着重要的作用， lisman和brown已经提出钙离子是光适应时的胞内信使。
Our study results indicated : on light adaptation , the ratios of the density of the gold particles in the rhabdom to that in the cytoplasm in macrobrachium rosenbergi photoreceptor cell in high calcium solution , physiological solution and low calcium solution was 21 / 6 、 1
结果显示:光适应组，在高钙溶液、生理溶液和低钙溶液中细胞质与感杆束中胶体金密度的比值是21 / 6 、 17 / 8和13 / 14 。
In physiological solution and low calcium solution , the percent of the protein on light adaptation was higher than that on dark adaptation , but in low calcium solution , the percent of the protein on light and dark adaptation was no significantly different ; in high calcium solution , the percent of the protein on dark adaptation was higher than that on light adaptation . this was probably relevant to feedback regulation
在生理溶液和低钙溶液中，该蛋白含量光适应组大于暗适应组，但低钙溶液的光适应组与暗适应组无显著差异；在高钙溶液中，暗适应组显著大于光适应组，可能与钙离子反馈调节作用有关。
After the incubation in three solutions , the membrane - bound gq a in 42kda was all extracted from photoreceptor cell . the percent of the membrane - bound gq a in photoreceptor cell in high calcium solution , physiological solution and low calcium solution was 4 . 63 % , 4 . 58 % , and 5 . 05 % respectively on light adaptation and was 4 . 56 % , 4 . 94 % and 5 . 13 % respectively on dark adaptation
高钙溶液、生理溶液、低钙溶液孵育后的感光细胞中膜结合gq蛋白亚基的含量，光适应组分别是4 . 63 、 4 . 58 、 5 . 05 ；暗适ca2 +浓度对光暗适应时罗氏沼虾感光细胞中gq蛋白。
In physiological solution and low calcium solution , the percent of the protein on dark adaptation was higher than that on light adaptation , but in low calcium solution , the percent of the protein on light and dark adaptation was no significantly different ; in high calcium solution , the percent of the protein on light adaptation was higher than that on dark adaptation
亚基的影响应组分别是4 . 56 % 、 4 . 94 % 、 5 . 13 % 。在生理溶液和低钙溶液中，该蛋白含量暗适应组大于光适应组，但低钙溶液的光适应组与暗适应组无显著差异;在高钙溶液中，光适应大于暗适应组，。
In our experiment , after light and dark adaptation , the retina of the macrobrachium rosenbergi was respective incubated in high calcium solution , physiological solution and low calcium solution . we studied the effect of calcium concentration on the content and subcellular localization of gq protein a subunit in the photoreceptor cell of macrobrachium rosenbergi on light adaptation and dark adaptation by sds - page technology and imunoelectron microscopy technology . our study results indicated : 一、 effects of calcium concentration on the soluble gq protein a subunit in the photoreceptor cell of macrobrachium rosenbergi on light adaptation and dark adaptation
而钙离子对gq蛋白亚基活性有无影响还未见报道。我们以光适应和暗适应条件下的罗氏沼虾复眼视网膜为材料，分别用高钙溶液、生理溶液、低钙溶液孵育后，通过sds ? page电泳技术及免疫胶体金电镜技术，研究钙离子浓度对光暗适应时罗氏沼虾感光细胞gq蛋白亚基含量的影响及亚基亚细胞定位的影响。
The results showed that the fine structure of the photoreceptor , the diameter of rhabdom , the dimension of perirhabdom vacuole , the number of pinocytotic vesicle below the microsvilli , the location of pigment granules , the emergence of lamellar bodies and lysosomes in cytoplasm , were different in light and dark adaptation
结果显示在感杆束的直径、膜下潴泡囊的体积、微纤毛基部的胞饮泡数量、色素颗粒的位置以及有无脂滴、板膜体和溶酶体等细胞器方面，光适应和暗适应的光感受器有着明显的差异。
We observed the surface structure and inner structure of the compound eyes . and we also studied the change process of the ultrastructure of the compound eyes in different light adaptation . comparative studies on the structure differences of photoreceptor between portunus tritubereulatus and metapenaeusensis were also done
运用电子显微镜技术观察了三疣梭子蟹( portunustritubereulatus )的光感受器的超微结构，对三疣梭子蟹复眼的外部形态、大小、内部超微结构，以及在不同光适应条件下的变化过程进行了研究；并且与刀额新对虾( metapenaeusensis )光感受器的超微结构进行了比较。