光保护

ɡuānɡ bǎo hù
  • photoprotection
光保护光保护
  1. 这些结果表明,叶面喷施ALA对受干旱胁迫植株的光合作用的增强可能与气孔导度的增加、叶绿素含量的升高、植物光保护能力的提升以及卡尔文循环相关基因表达的上调有关。

    These results indicate ALA may enhance the photosynthesis through increasing gs and chlorophyll content , improving photoprotection capacity and up-regulating the expression of Calvin cycle related genes . 4 .

  2. 叶黄素循环是指玉米黄质、花药黄质和紫黄质类之间的相互转换,它在高等植物光保护过程中发挥了重要作用。

    The xanthophylls cycle refers to the conversion among zeaxanthin , antheraxanthin and violaxanthin , which plays a significant role in plant photoprotection process .

  3. 因此,可根据Fo的变化推测反应中心的状况和可能的光保护机制。

    Therefore , the changes can speculate Fo situation and possible reaction center light protection .

  4. 对柳毒蛾NPV光保护剂的试验研究

    Experimental Study on Light Protectant of Stilpnotia salicis NPV

  5. 转PEPC基因水稻的光保护效应的研究

    Study of the Protective Effects in PEPC Transgenic Rice

  6. 结果表明:1%的BA和1%的VBL为理想的光保护剂。

    The results showed that : 1 % of BA and 1 % of the VBL-ray protection for the ideal agent .

  7. 在传统的PON中,大多采用光保护的方式来提高网络的生存性,然而光保护的方式对于这种成本敏感的接入网络来说是高成本的。

    In conventional PONs , optical protection is applied to improve the network survivability . However , optical protection may be considered cost-prohibitive for cost-sensitive access networks .

  8. 在雨生红球藻中,D1蛋白周转是最主要的光保护机制,在绿色细胞中它的运转能减轻光抑制程度达49%,在红色细胞中为53~55%。

    The D1 protein repair cycle was the most important protective mechanism in H. pluvialis and its operation could alleviate the photoinhibition by 49 % in green cells and 53-55 % in red cells .

  9. 在低温胁迫过程中,辣椒幼苗启动了光保护机制,低温处理8d时,幼苗已基本适应了低温,各指标均有所恢复。

    Pepper seedlings start protection mechanism under low temperature . When treatment days are 8 , seedlings had adapted low temperature , all chlorophyll fluorescence data almost resumed .

  10. 嫩江云杉在轻度的干旱下非光化学猝灭(NPQ)上升表明,嫩江云杉起光保护作用的热耗散提高,红皮云杉这方面的作用不明显。

    Non-photochemical quenching ( NPQ ) in Nenjiang spruce increased under slight drought , it indicated that heat disseminates which possess photoprotective effect increased , and this function of Korean spruce was not obvious .

  11. 强光下植物的光保护机制

    Photoprotective Mechanisms of Plant Grown in High Light Intensity Environment

  12. 存储在阴凉干燥处,避光保护。

    Storage In cool dry place and protect from light .

  13. 生物复合病毒杀虫剂光保护剂的筛选

    Screening on light Protectants for Biological Compound Virus Pesticide

  14. 牛奶对水稻白叶枯病菌噬菌体的光保护作用

    Light protective effect with milk to bacteriophage bacterial blight disease germ of rice

  15. 基于光保护设备的跨平台数据采集服务的设计与实现

    Design and Implement of Data Acquisition Module Based on Optical Protection Equipment and Cross Platform

  16. 叶黄素循环除了主要起到热耗散的光保护作用,还有抗氧化作用。

    The xanthophyll cycle not only plays the major role in heat dissipation but also functions in antioxidation .

  17. 茶树鲜叶中叶黄素循环组分的高效液相色谱法测定研究及其光保护功能鉴定

    Analysis of the Xanthophyll Cycle Component in Fresh Leaves of Tea Plant by High Performance Liquid Chromatography and Its Photo-protection

  18. 沙立度胺对慢性皮肤性和系统性红斑狼疮的光保护作用:对最小红斑量和晒斑细胞形成的不同影响

    Photoprotection by thalidomide in patients with chronic cutaneous and systemic lupus erythematosus : Discordant effects on minimal erythema dose and sunburn cell formation

  19. 植物通过一系列光保护机制来抵御光氧化伤害,这些机制反映了植物在生理和生化以及形态结构等方面对强光环境的适应性。

    However , series of photo-protective mechanisms can lessen or even eliminate photo-oxidation , reflecting the adaptation of plants to the high light intensity environments .

  20. 虾青素是一种天然类胡萝卜素,具有着色、抗氧化、光保护、增强免疫、促进繁殖等多种生物学功能,在食品和医药领域被广泛应用。

    Astaxanthin is a kind of carotenoid with great potential applications in pigmentation , anti-oxidant , UV-light protection and enhancing immunity etc. , and widely used in food and pharmaceutical areas .

  21. 老年人光保护皮肤的弹力纤维损伤相对较轻,主要表现为真皮乳头处耐酸纤维数量明显减少,真皮中上层弹力纤维轻度增粗及片段化。

    In sun-protective normal skin of aged people oxytalan fibers were reduced in papillary dermis , how - ever elastic fibers in the upper and mid-dermis were slightly thickened and fragmented ;

  22. 如果是设备故障,要判断出故障点在哪一站,是传输设备还是光保护设备故障等,以便及时修复,避免造成故障时间的损失。

    If it is equipment failure to determine point of failure in which station is the optical transmission equipment , or equipment failures and other protection for timely repair , the loss of time to avoid failure .

  23. WDM网络光层保护新算法的探讨

    Discussion about new protection algorithms on optical layer in WDM networks

  24. SDH光网络保护体系及其应用

    SDH Optical Transmission Network Protection System and its Application

  25. 面向电力ICT的智能光网络保护与恢复机制研究

    Research on ASON protection and restoration mechanism in power smart optical network

  26. 对于电流纵差保护在应用中会遇到的几个主要问题,结合光差保护现场的一些实际工作,以RCS-931保护装置为例进行了分析。

    Several questions are discussed in applying the digital phase segregated current differential protection based on RCS-931 , and debug the equipment in worksite .

  27. 本文进一步研究转PEPC基因水稻的光合保护能力,看到玉米PEPC基因导入水稻后,在高光强下光合速率提高50%,光合作用的光抑制减轻。

    This article would further investigate the photoprotective capability . The results showed that the photosynthetic rate under high light intensity had increased by 50 % and photo-inhibition of photosynthesis in PEPC transgenic was alleviated after the introduction of PEPC gene from maize into rice .

  28. 一种新的格状波分复用光网络保护方法

    A New Protection Method in Mesh WDM Optical Network

  29. 基于支撑树的光网络保护容量配置算法

    Spanning Tree-Based Protection Capacity Allocation Algorithm for Optical Networks

  30. 中国传统建筑光环境保护的类型域研究

    Type 's Domain Research on Preservation of Lighting Environment of Traditional Chinese Architecture