植物色素

  • 网络plant pigments;Phytochrome;phytochromes
植物色素植物色素
  1. 目的研究植物色素(PP)分别加入香烟和烟嘴内对吸烟大、小鼠的抗氧化损伤作用。

    Objective To study the resistance function of plant pigment ( PP ) incorporated into the cigarette or cigarette holder to oxidation impairment in smoking mice or rats .

  2. 此外,植物色素也同样在EBL提高植物耐盐性过程中扮演着重要的角色。

    In addition , plant pigments also played an important role in the process of EBL enhancing plant salt resistance .

  3. 植物色素对马蹄莲鲜切花的染色效应

    Effects of Plant Pigments on Dyeing of Fresh cut Zantedeschia aethiopica

  4. 天然动植物色素的特性及其提取技术概况

    Characteristics and Extraction Technology of Natural Pigments from Animals and Plants

  5. 分析了对其他植物色素研究激光应用的可能性;

    Possibility of laser application is analyzed in other plant pigment research .

  6. 微柱高效液相色谱法测定烟草样品中植物色素的研究

    Determination of Pigments from Tobacco Leaf by Microcolumn High Performance Liquid Chromatography

  7. 这些植物色素使大米呈现出金黄色。

    These plant colorings give the rice a golden color .

  8. 近红外光谱法快速测定烟草中的植物色素

    Rapid determination of pigments in tobacco with near infrared spectroscopy

  9. 结论微波用于提取天然植物色素优于传统工艺。

    Conclusion MAE is better than traditional methods for extraction of plant pigment .

  10. 几种天然植物色素清除自由基能力比较研究

    Free radical scavenging qualities of several natural edible pigments

  11. 植物色素蛋白的抗氧化性能和机理研究

    Antioxidant Properties and Mechanism of Pigments Protein from Leaf

  12. 用植物色素制取代用酸碱指示剂

    Preparation of Alternate Acid-Base Indicator by Using Plant Pigment

  13. 运用8种植物色素对马蹄莲鲜切花进行染色。

    Eight plant pigments are used to dye of fresh cut Zantedeschia aethiopica .

  14. 水&醇兼溶植物色素的提取新工艺

    New extracting technology for the natural pigment soluble both in water and in alcohol

  15. 用光谱技术鉴定植物色素突变体

    Identification mutants of plant pigment with spectral technology

  16. 旨在为中国天然植物色素的研究、开发、利用提供参考。

    Which offer a reference to the research of natural plant pigment in China .

  17. 黄色或桔红色植物色素,可溶于油脂。

    Yellow or orange-red fat-soluble pigments in plants .

  18. 植物色素的光声光谱研究

    Study on Plant Pigments by Photoacoustic Spectroscopy

  19. 天然植物色素的提取与开发应用

    The extraction and exploitation of natural pigment

  20. 水果和蔬菜本身含有多种抗氧化剂和植物色素,能让食用者拥有健康肤色。

    Fruits and vegetables are loaded with antioxidants and plant-based pigments , which give skin a healthy hue .

  21. 香烟或烟嘴内植物色素对吸烟大小鼠的抗氧化损伤作用

    The resistance function of plant pigment in the cigarette or cigarette holder to oxidation impairment in smoking mice and rats

  22. 水果和蔬菜富含抗氧化剂和植物色素,这些似乎能让肤色更加健康。

    Fruits and vegetables are loaded with antioxidants and plant-based pigments , which seem to give skin a healthy hue .

  23. 花色素是一类分布十分广泛的植物色素,在中草药材中也普遍存在。

    Anthocyanidin is a type of the plant pigments distributed very extensively , in traditional Chinese herbal products as well .

  24. 植物色素的主要来源于自然界之花、草、树木、茎、叶、果实、种子、皮、根等。

    Mainly come from the plant pigment nature of the flowers , grass , trees , stems , leaves , fruits , seeds , bark , roots .

  25. 天然色素主要用于食品行业,对安全性要求很高,有些植物色素不能用于食品行业或化妆品行业。

    The natural pigment is used mainly in food trade , have very high expectations for security , some plant pigment can 't be used in food trade or cosmetics trade .

  26. 色素是食品加工中重要的添加剂,花色苷属于一类重要的天然植物色素,色泽鲜艳、来源广泛且功能独特。

    Pigment is an important additive in food processing , and anthocyanin is a kind of important natural plant pigment , with bright color and wide source and unique physiological functions .

  27. 就天然植物色素的性质特点、种类及化学结构、提取与纯化、色素资源开发与重点开发对象和存在问题作了简述,为中国天然植物色素研究、开发、利用提供参考。

    Characteristics and properties , extraction and purification , exploitation of natural plant pigment resources and key target , problems existing were summarized for reference to the research , exploit and make use of pigment in China .

  28. 植物细胞色素P450基因的克隆策略及鉴定方法

    Cloning Strategies and Identification Methods of Plant Cytochrome P450 Gene

  29. 植物细胞色素P450酶系的研究进展及其与外来物质的关系

    The research progress of plant cytochrome P450 enzymes and their relationship with xenobiotics

  30. 植物细胞色素P450基因的异源表达系统研究进展

    Heterologous Expression Systems of Plant Cytochrome P450