| 1. | Primary studies on flavonoid protection of photoinhibition in shade plants
黄酮对阴生植物光抑制的保护作用初探 |
| 2. | Blades photoinhibition of seedlings of three speciesin syzygium genus in tropical rainforest
热带雨林蒲桃属三个树种的幼苗由遮荫转入强光后叶片的光抑制 |
| 3. | Photoinhibition and assimilate distribution in two - line hybrid rice oryza sativa l . pa64s e32 at late development stage
32生育后期的光抑制和光合产物分配 |
| 4. | Photoinhibition of photosynthesis in leaves of two developing stages of a tropical rainforest canopy tree , pometia tomentosa
热带雨林冠层树种绒毛番龙眼两种发育阶段叶片的光抑制 |
| 5. | Effect of chilling induced photoinhibition stress on chlorophyll fluorescence in flag leaves at heading stage in indica rice varieties with different cold tolerance
低温光抑制胁迫对不同抗冷性的籼稻抽穗期剑叶叶绿素荧光的影响 |
| 6. | When the light energy absorbed by chlorophyll is beyond to what photosynthesis could utilize , the light - induced inactivation of photosynthesis , called photoinhibition occurred
当植物吸收的光能超过了自身光合作用所需要时植物会产生光合作用的抑制?光抑制。 |
| 7. | Especially , the locus of photoinhibition and its expression , its causes , possible manners and functions of thermal dissipation in photoinhibition were introduced in detail
由于叶黄素循环在水稻耐光抑制、增加热耗散中起着十分重要的作用，也总结了叶黄素循环的功能。 |
| 8. | 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是主要靶点，光抑制时表现为： ps光合效率下降、 ps电子传递链活性下降及核心蛋白被氧化而破坏。 |
| 9. | 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
该文主要从三个方面展开论述：低温下光抑制发生的原因及光抑制的位点；低温光抑制时可能的光保护机制；低温光抑制下过剩光能的耗散机制。 |
| 10. | 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
摘要综述了超高产水稻的光合特性、光抑制、光合性状的遗传规律和高光效材料的筛选等内容，比较详细地介绍了光抑制部位及其表现，光抑制的原因以及光抑制中热耗散的可能途径及作用等。 |
