chlorophyll

chlorophyll

1. Effects of NaCl stress on betaine, chlorophyll fluorescence and chloroplast pigment of leaves of Lycium Barbarum L.

NaCl胁迫对枸杞叶片甜菜碱、叶绿素荧光及叶绿素含量的影响。

2. The dwarfing degree of SH interstocks could affect the discolor index and the contents of chlorophyll, amylum, and soluble sugar.

SH系中间砧的矮化程度影响红富士苹果叶片的变色指数以及叶绿素、可溶性糖、淀粉的含量。

3. The chlorophyll and root activity of muskmelon seedling in T4 and T5 substrates were significantly superior to CK .

T5和T4上栽培的甜瓜幼苗叶绿素、根系活力值均极显著大于对照。

4. With Xinong 961 and Xiaoyan 6, chlorophyll content of Shan 229 was the highest and had the slowest decreasing.

与西农961和小偃6号相比较，陕229的叶绿素含量较高且降低趋势最缓慢；

5. Also with the enhance of water stress in the same stage , the chlorophyll content Euphorbia pulcberrima decreased.

且在同一生长期中随着水分胁迫程度的加剧一品红叶绿素含量呈下降趋势。

6. Note that chlorophyll absorbs light mostly in the blue and red ends of the visible spectrum, and very little in the green wavelengths.

从中，我们可以看到，叶绿素大量吸收可见光中的蓝色和红色光极。

7. They produced all nutrients necessary to regenerate as well as to ascend including chlorophyll.

他们既制造所有必需的营养去再生，也提升，包括叶绿素。

8. Using spinach leaves as row material, chlorophyll was extracted with 95%ethyl alcohol and sodium copper chlorophyllin was made by chemistry.

以菠菜叶为原料，95%乙醇为溶剂提取叶绿素，通过化学法制得叶绿素铜钠盐。

9. Chlorophyll a/b ratio of the ear leaf waslowest,sequentially,of the terminal leaf,and of the fifth leaf.

但其叶绿素 a/b 值却是果穗叶最低,顶生叶居中,第5叶最高。

10. But in autumn,the chlorophyll breaks down.

但是在秋天，叶绿素衰竭。

11. To cause(a plant) to develop without chlorophyll by preventing exposure to sunlight.

使黄化用使（植物）不受阳光的办法，使其在无叶绿素的情况下生长

12. Remarkably, the satellite map shows chlorophyll hot spots in the icy waters around the North and South Poles.

值得一提的是，卫星地图显示，叶绿素汇集的热点在北极和南极附近的冰冷水域中。

13. Chlorophyll breaks down, and as the green color fades, the other pigments, the yellows, oranges, and reds become visible.

光合作用减弱并且随着绿颜色的消退，其它色素，黄色，橘色和红色变为可见。

14. Chlorophyll is produced by the action of light on the plants' leaves.

光对植物的叶子发生作用从而产生叶绿素。

15. An algal cell filled with chlorophyll, formed in the thallus of a lichen.

共生藻细胞在苔藓的叶状体里发现的带有叶绿素的藻类细胞

16. Title： Relationship between SOD Activity and Chlorophyll Content and Abnormal Defoliation of Soybean (Glycine max)Leaves Exposed to Airborne Fluoride.

关键词：氟化物;大豆;超氧化物歧化酶(SOD);叶绿素;落叶

17. Gelatin, Glycerol, Essential oil of orange, Titanium dioxide, Copper Chlorophyll.

其他成份:明胶，甘油，香橙精华，二氧化钛，铜叶绿素

18. As the derivative of natural perphyrinchlorophyll,chlorophyll Cu-Na salt has a special bioactivity,it has a extensive use.

具有独特的生物活性的叶绿素铜钠盐作为天然卟啉-叶绿素的衍生物,有着广泛的用途。

19. Chlorophyll content of cucumber leaf in vivo was detected by reflectance laser-induced fluorescence (LIF) spectrum analysis technique in this research.

利用反射式激光诱导叶绿素荧光光谱分析技术对黄瓜活体叶片叶绿素含量进行检测实验研究。

20. A new method of using ultrasonic wave to endosmosis chlorophyll from leek was studied.

利用超声波浸提了植物韭菜中的叶绿素,探讨了一种超声浸提植物叶片中叶绿素的新方法。

21. A flagellated protist that ingests food and lacks chlorophyll.

动鞭亚纲原生生物一种有鞭毛的原生生物，它摄取食物并缺乏叶绿素

22. Leaf area and dry weight based Chlorophyll content were increased under shade condition.

单位乾重及单位面积叶绿素含量在遮荫下皆有增加的趋势。

23. Differences in chlorophyll contents, activation of POD, soluble protein contents were found between haploid and diploid plants.

单倍体的叶绿素含量、过氧化物酶活性(POD)及可溶性蛋白含量与二倍体存在较大差异。

24. It is found in porphyrins, and is essential for chlorophyll synthesis.

卟啉结构中具有铁，是组成叶绿素的必要物质。

25. Right again. Chlorophyll degradation makes it possible to see the other colors.

又对了。叶绿素的退化使我们能够看见别的颜色。

26. But they could not be seen because there was much more green chlorophyll.

只是由于更多的绿色叶绿素遮盖了它们而已。

27. The total chlorophyll content(Chl(a+b)),chlorophyll a(Chl a) and b(Chl b) content increased,while the ratio of Chl a to Chl b decreased.

叶片Chl总量、Chl a、Chl b的含量显著增加。

28. The determinations of the chlorophyll content and stoma resistance of Fuji apple leaves could partly interpret this result.

叶片叶绿素含量及气孔阻力的测定结果部分解释了上述现象。

29. Leaf nitrogen content induces remarkable effect on chlorophyll and soluble protein content.

叶片氮含量对叶绿素与可溶性蛋白含量会产生明显的影响。

30. The most important chromoplasts are chloroplasts-organelles that contain the chlorophyll used in photosynthesis.

叶绿体是最重要的色质体，含有与光合作用有关的叶绿素。

31. A chlorophyll - containing plastid found in algal and green plant cells.

叶绿体水藻及绿色植物的细胞中的一种含叶绿素的质体

32. Chloroplast A photosynthetic PLASTID containing chlorophyll and other photosynthetic pigments.

叶绿体：包含叶绿素和其他光合色素的能进行光合作用的质体。

33. Chlorophyll, Milk Protein, Algae Extract, Aloe Vera, Wheat Protein, Yarrow Flowers Extract, Orange Peel Extract.

叶绿素、牛奶蛋白、海藻萃取、芦荟、小麦蛋白、蓍花草萃取、橘皮萃取。

34. Chlorophyll, carotene, rhodopsin, and melanin are pigments produced by plants and animals for specialized purposes.

叶绿素、胡萝卜素、视紫红质和黑素是用动植物制成的用作特殊用途的颜料。

35. Chlorophyll is also a chelate, the porphyrin part of the molecule being bound to iron.

叶绿素也是一种螯合物，分子中的卟啉部分可以和离子结合。

36. The change trend of chlorophyll content and photosynthetic rate were similar, the same as that of stomata) conductance and transpiration rate.

叶绿素含量与光合速率的变化趋势一样，气孔导度与蒸腾速率的变化趋势一样。

37. Chlorophyll content had no significant relation with the net assimilation rate, but was related to the nitrogen content and the specific leaf weight.

叶绿素含量与净同化速率间没有显著关系，但与含氮量和比叶重有关。

38. The tendency of chlorophyll content was ascend in first and descend at last.

叶绿素含量在各播期基本都呈现先升后降的趋势。

39. The chief differences between chlorophyll and heme are the presence of a magnesium atom in the center of the porphyrin ring.

叶绿素和血红素之间的主要的差别为在卟啉环中心存在一个镁原子。

40. Chlorophyll is the green substance the tree uses to change sunlight, water and carbon dioxide into food energy.

叶绿素是一种树上的绿色物质，树用将之用于把阳光、水和二氧化碳转换成养料能量。

41. Chlorophyll is the pigment for plant photosynthesis, and its traditional measuring method is spectrophotometry.

叶绿素是植物光合作用的色素,传统方法测定叶绿素一般采用分光光度法。

42. Chlorophyll is a green substancein plants that absorbs energy from sunlight and helps them grow.

叶绿素是生长在植物中的绿色物质,它能吸收阳光,促进植物生长。

43. Chlorophyll is a green substance in plants that absorbs energy from sunlight and helps them grow.

叶绿素是生长在植物中的绿色物质，它能吸收阳光，促进植物生长。

44. The structure of the chlorophyll molecule is known. It consists ofporphyrin.

叶绿素的分子结构已经搞清，它是由卟啉组成的。

45. And it discusses mainly the influence of chlorophyl and sulphide on the oil-fat hydrogenation.

叶绿素的存在,导致油脂氢化速率大为降低,同时影响反应的选择性和氢化产品的物理性质;

46. The chlorophyll fluorescence kinetics technique is referred to as a quick and nonintrusive probe in the studies of plant photosynthetic function.

叶绿素荧光动力学技术被称为研究植物光合功能的快速、无损伤探针。

47. Chlorophyll time-inverse non-trace repair factor and 100% pure fructus rosae oil can improve skin vigor, make it smooth, delicate and elastic.

叶绿素逆时无痕修复因子、100%纯玫瑰果油增强肌肤活力，肌肤柔滑、细腻、富有弹性。

48. The Chlorophyll time-inverse non-trace repair factor can tighten your skin, invigorate it with elasticity.

叶绿素逆时无痕修复因子让肌肤紧致、充满弹性活力。

49. By the chemical nature, the chlorophyll is Green Leaf acid can occur Chlorophyllin is one was by another by esterification.

叶绿酸是双羧酸，其中一个羧基被甲醇所酯化，另一个被叶醇所酯化。

50. Chlorophyllin is a water soluble derivative,which is obtained by hydrolyzing chlorophyll to remove phytyl alcohol.

叶绿酸是通过水解叶绿素去除疏水性叶绿植醇侧链而获得的一种水溶性的衍生物。

51. A yellow carotenoid pigment, C40H56O2, found with chlorophyll in green plants and identical with lutein.

叶黄素一种黄色类胡萝卜素的色素，C40H56O2，常见于绿色植物中的叶绿素和与此类似的黄体素中

52. It enters into most rocks and earths, the chlorophyl of plants, and the blood corpuscles of animals.

各种岩石和土壤中大多含有铁，植物的叶绿素中和动物的血球中都含铁。

53. There is a significant difference among chlorophyll's and carotinoid's contents of the same cultivar at different seed development stages.

同一时期不同黑粒小麦品种之间，叶绿素、类胡萝卜素含量差异不大。

54. Meanwhile,it could improve the content of chlorophyll.

同时，还显著提高了叶绿素含量。

55. Contain protein, adipose, iron, calcic, the microelement such as copper, still have chlorophyll, vitamin B, the composition such as sulfureous element.

含有蛋白质，脂肪，铁，钙，铜等微量元素，还有叶绿素，维生素b，硫磺素等成分。

56. F ig. 1 The changes in chlorophyll content and dry w eight in different rice varieties under shading or photooxidation conditions.

图1遮荫和光氧化条件下不同高产稻叶绿素和干重的变化。

57. Fig. 1 Effect of heavy metals on chlorophyll content in leaves of K. candel.

图1重金属污水对秋幼苗中叶绿素含量的影响.

58. The enzymes in the chloroplast catalyse the reactions in photosynthesis. (Chlorophyll response for absorbing energy.

在叶绿体内的酶催化(即加速)光合作用。

59. Contents of chlorophyll and anthocyanin of the three special beet lines were measured through the entire growth period.

在整个生育期内，对三份材料的叶绿素和花青素含量进行测定。

60. Before then, the scientist had not seen this kind of metabolite is the chlorophyll metabolism decomposition product.

在此之前，科学家从来没有看到过这种代谢产物是叶绿素的代谢分解产物。

61. Ferron is used as a fluorescence reagent.The method saves chlorophyll standard samples and is simple, reliable.

在氨性溶液中,以7-碘-8-羟基喹啉-5-磺酸(铁试剂)作荧光试剂,省去了叶绿素标准物质。

62. During the hot summer months, leaves produce food using water and a chemical called chlorophyll.

在炎热的夏季，树叶利用水分和一种名为叶绿素的化学物质制造养分。

63. The growth of P.acaulis was greater in the nutrient solution with pH 5.8~6.2,and with the highest chlorophyll content and photosynthetic rate.

在营养液pH值为5.8~6.2的条件下,欧洲报春的生长状态良好,而且叶绿素含量和光合速率较高。

64. In this process, carbon dioxide and water in the presence of chlorophyll (the green pigment) and light energy are changed into glucose(a sugar).

在这个过程中，光能和叶绿素（绿色的色素）中的二氧化碳和水被转化成葡萄糖（一种糖类）。

65. Discrimination technology for bacillariophyta and pyrrophyta was established by chlorophyll fluorescence excitation spectra of phytoplankton.

基于浮游植物活体叶绿素荧光激发光谱建立了硅藻和甲藻的识别测定技术。

66. By the changes of chlorophyll content, the lethal concentration of Hg to Egeria najas was 0.10-2.00mg/L.

处理48h以后，Hg~(2+)浓度人于1.00mg/L实验组中的叶片褪绿严重而且叶片相互粘连，叶片叶绿素含量明显低于对照组，从中可以粗略看出Hg(2-)对细叶蜈蚣草的致死浓度为0.10-2.00mg/L。

67. The material which makes plants green (chlorophyll) is necessary if they are to use energy from light for healthy growth.

如果植物要利用光能以达到正常生长的话，那么，使得植物变成绿色的叶绿素是必不可少的。

68. The ATP production strategy flow in coralline algae, using phycoerythrin as light capturing pigment, differs from those of using chlorophyll.

它们利用原始的方式撷取太阳能，使得他们能够发出萤光。

69. All are structurally similar to chlorophyll a of plants.

它们的结构都与植物体叶绿素a的结构相似。

70. It may be coloured with chlorophyll or not more than0.015% of a suitable green soap dye.

它可能由叶绿素或不多于0.015%合的绿皂染料染色。

71. It may be coloured with chlorophyll or not more than 0.015% of a suitable green soap dye.

它可能由叶绿素或不多于0.015%适合的绿皂染料染色。

72. It has a great influence on chlorophyll production, growth rate, leaf size, and flower and seed production.

它对叶绿素的制造、生长速度、叶子的大小、及花和种子的制造有很大的影响。

73. The results showed that under the condition of lower Fe2+contaminated water,the chlorophyll content and CAT activities of R.

对Fe2+的富集和净化及植体内叶绿素含量、过氧化氢酶活性(CAT)和质膜透性的变化.

74. For sensibility response to shading in seedling period, the photosynthetic rate was stronger than chlorophyll content.

对苗期遮荫的敏感性反应，光合速率强于叶绿素含量。

75. This essay analyzed the change of the flavonol glycosides, PAL activity, soluble sugar, soluble protein and chlorophyll.

对采收季节银杏叶片的分析结果表明：黄酮醇糖苷从9月初开始积累，在9月中旬至10月初保持较高水平，然后逐步下降。

76. The averages of chlorophyl and its ratio with SS were used as the measure indices of biomass.

将叶绿素及其与悬浮质的比值的平均数作为对生物量的衡量指标.

77. Herbs small, mycotrophic, without chlorophyll, with a slender, scaly rhizome.

小的草本，菌根营养，没有叶绿素，具一纤细，有鳞的根状茎。

78. The changes of chlorophyll content in the leaves of both Brazilian upland rice and normal rice varieties after drought stress were not obvious.

干旱胁迫后不同水陆稻品种叶片中叶绿素含量变化均不明显；

79. Pro, Tss and chlorophyll are recommended as indexes for chilling injury evaluation.

并且发现可以将Pro,Tss,叶绿素作为鉴定冷害发生的指标

80. The value of chlorophyll a/b declines firstly and then rised under the increasing dosage of HAF and CF.

并且银杏叶绿素a/b值随着腐植酸复合肥和无机肥料用量的增加，均表现出先降后增的趋势。