photoinhibition 中文意思是什麼
photoinhibition
解釋
光抑制-
Effect of chilling induced photoinhibition stress on chlorophyll fluorescence in flag leaves at heading stage in indica rice varieties with different cold tolerance
低溫光抑制脅迫對不同抗冷性的秈稻抽穗期劍葉葉綠素熒光的影響 -
Recovery of this photoinhibition is a complicate but orderly course, including degradation of photodamaged d1, synthesis and assembly of new one, etc. using lincomycin to block the replacement of new synthetic dl protein into photodamaged one, the spinach leaves was exposed to highlight, giving rise to photoinhibition before the thylakiod membranes were isolated
解除光抑制后， ps活性恢復是一個復雜而有序的過程，需要d1蛋白降解、新合成d1蛋白和重組裝ps等。實驗首先進行菠菜葉片光抑制處理，加入林可黴素阻斷葉綠體蛋白質合成，利用尿素sds變性電泳分離類囊體膜蛋白，藉助d1蛋白抗體westen免疫印跡、磷酸化蛋白快速檢測方法分析d1蛋白存在形式，並進行定量分析。 -
Photoinhibition and assimilate distribution in two - line hybrid rice oryza sativa l. pa64s e32 at late development stage
32生育後期的光抑制和光合產物分配 -
Especially, the locus of photoinhibition and its expression, its causes, possible manners and functions of thermal dissipation in photoinhibition were introduced in detail
由於葉黃素循環在水稻耐光抑制、增加熱耗散中起著十分重要的作用，也總結了葉黃素循環的功能。 -
The photosynthetic characters of super - high - yield rice ( oryza sativa ), its photoinhibition and genetic law of photosynthetic traits and screening of high photosynthetic efficiency materials etc. were reviewed in this paper
摘要綜述了超高產水稻的光合特性、光抑制、光合性狀的遺傳規律和高光效材料的篩選等內容，比較詳細地介紹了光抑制部位及其表現，光抑制的原因以及光抑制中熱耗散的可能途徑及作用等。 -
Blades photoinhibition of seedlings of three speciesin syzygium genus in tropical rainforest
熱帶雨林蒲桃屬三個樹種的幼苗由遮蔭轉入強光后葉片的光抑制 -
Photoinhibition of photosynthesis in leaves of two developing stages of a tropical rainforest canopy tree, pometia tomentosa
熱帶雨林冠層樹種絨毛番龍眼兩種發育階段葉片的光抑制 -
It was mainly launch the treatise on three aspects in this paper : reasons of the occurrence and sites during chilling photoinhibition in plants ; possible light protective mechanisms during chilling photoinhibition ; mechanisms of excess light energy dissipation
該文主要從三個方面展開論述：低溫下光抑制發生的原因及光抑制的位點；低溫光抑制時可能的光保護機制；低溫光抑制下過剩光能的耗散機制。 -
The distribution and ecology of ge - xian - mi in rice fields of hefeng county in china were investigated. furthermore, the co2 concentrating mechanism ( ccm ) in cyanobacterium was reviewed and the utilization of inorganic carbon in ge - xian - mi in addition to its role in alleviating the photoinhibition were studied in the present paper
本文對葛仙米在中國鶴峰縣水稻田的分佈與生態學進行研究，綜述了藍藻的二氧化碳濃縮機制，並在此基礎上對葛仙米無機碳利用及其在減輕光抑制方面的作用進行了探討。 -
This review focuses on morphological and physiological reactions of fruit tree to water stress. leaf area, root growth and microstructure of leaves and roots were investigated. some physiological and biochemical index of fruit tree leaves and roots under water stress, such as variations of stomatal aperture, photosynthesis, photoinhibition, metabolism of lipoxygenase, content of proline, nuclear acid and endogenous phytohormones, were summarized
從水分脅迫對果樹葉、根的形態指標及顯微結構，葉片氣孔行為、光合作用、光抑制、活性氧代謝、脂氧合酶代謝、多胺代謝、脯氨酸、核酸代謝、內源激素變化等生理生化方面綜述了近十幾年來的研究成果，為全面研究果樹抗旱機理及進一步制定抗旱措施奠定理論基礎。 -
From above, we indicate that : photoinhibition cause chlorophyll an " bleak " while influorecsence of proteins on thylakiod membrances has no prominent response to it. what ' s more, photoinhibiton induce d1 protein phosphorylated and aggregated, forming the aggregators with phosphorylated d1
結果表明：光抑制對葉綠素熒光具有漂白作用，對類囊體膜蛋白內源熒光無明顯影響；光抑制處理引起d1蛋白磷酸化並發生聚合，且聚合物中d1蛋白以磷酸化形式存在。 -
The major target of photoinhibition is photosystem ii ( psii ) on which photoinhibition make photosynthetic efficiency decreased, electronic transportation blocked and reaction center protein dl photodamaged
已有研究表明ps是主要靶點，光抑制時表現為： ps光合效率下降、 ps電子傳遞鏈活性下降及核心蛋白被氧化而破壞。 -
Primary studies on flavonoid protection of photoinhibition in shade plants
黃酮對陰生植物光抑制的保護作用初探 -
When the light energy absorbed by chlorophyll is beyond to what photosynthesis could utilize, the light - induced inactivation of photosynthesis, called photoinhibition occurred
當植物吸收的光能超過了自身光合作用所需要時植物會產生光合作用的抑制?光抑制。 -
In this paper, we reviewed the sites of damage under chilling temperature, such as effects of low temperature on membrane, two photosystems and some enzymes in calvin cycle, the chilling - sensitive components that exist in plants in vivo and the way of improving the ability of defending photoinhibition under low temperature
本文論述了低溫對植物傷害的原初反應，例如低溫對膜的傷害、低溫對兩個光系統和卡爾文循環中某些酶類的影響，並討論了植物體內的冷敏感組分以及提高植物防禦低溫光抑制能力的途徑。 -
The operation of ccm in ge - xian - mi served as a means of diminishin g photodynamic damage by dissipating excess light energy and higher external dic in the range of 100 - 10000 umol - l - 1 khco3 was associated with more severe photoinhibition under strong irradiance
葛仙米ccm的運轉能夠耗散過剩激發能，保護光合器官免受損篡碩士學位論文master 』 5tl王esis傷。在100一10000娜ol . l一， khco3范圍內，隨著胞外dlc濃度升高，強光引起的光抑制加劇。 -
Different from former definition on photoinhibition, it was considered presently that the photoinhibition not only involves the light stress to reaction centers of photosynthesis, but also involves some physiological and biochemical protective mechanisms formed by plants in order to avoid the light damage
與以往對光抑制的定義不同，現在認為光抑制既包括光對光合作用反應中心的損傷，也包括植物為避免光破壞而形成的生理生化保護機制。
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