1)Photorespiration[英][,f?ut?u,respi'rei??n][美][,foto,r?sp?'re??n]光呼吸
1.The co-operation of leaf orientation, photorespiration and thermal dissipation alleviate photoinhibition in young leaves of soybean plants;叶角、光呼吸和热耗散协同作用减轻大豆幼叶光抑制
2.The Effect of Inhibited Photorespiration on Photoinhibition in Cabernet Sauvignon ( Vitis vinefera L. cv. ) under Drought Stress;干旱胁迫下抑制光呼吸对‘赤霞珠’葡萄光抑制的影响
3.Study on the Relationship Between Photorespiration and Nitrogen Metabolism——Effects of Inhibitors and Metabolisms of Photorespiration on the Light Induction of Nitrate Reductase;光呼吸与硝酸还原关系研究——光呼吸抑制剂与代谢物对黄化小麦硝酸还原酶光诱导的影响
英文短句/例句
1.STUDY ON THE RELATIONSHIP BETWEEN PHOTORESPIRATION AND PHOTOSYNTHESIS V.Comparison of the relationships between photorespiratoryand photosynthetic rate in different types of plants关于光呼吸与光合作用关系的研究——Ⅴ.不同类型植物光呼吸与光合强度之间的关系
2.Photoprotective Function of Photorespiration in Grapevine under Drought Stress;干旱胁迫下光呼吸在葡萄光保护中的作用
3.Effects of Ce(Ⅲ) on Photorespiration of Soybean Seedlings under UV-B Radiation Stress;Ce（Ⅲ）对UV-B辐射胁迫下大豆幼苗光呼吸的影响
4.Detection of respiratory syncytial virus in children with respiratory tract infections by nucleic acid amplification fluorogenic quantitative assay呼吸道感染患儿呼吸道合胞病毒核酸扩增荧光定量检测及分析
5.Calcite holds the ray associated with Breath of Life in the Language of Light.方解石掌握光之语中“有意识呼吸”的相关光线。
6.Abnormally deep or rapid breathing.呼吸增强，过度呼吸不正常的深呼吸或快呼吸
7.The passages of the human respiratory system.呼吸器官，呼吸道人体呼吸系统的通道
8.It made him catch his breath, it lit his face with exultation.听了这个名字，他屏住呼吸，乐得脸上放光。
9.We took our fill of the sunshine and fresh air.我们尽情地沐浴着阳光，呼吸着新鲜空气。
10.Experimental Respiratory Distress Syndrome in Dogs Light Microscopic Observation on pathological Changes犬实验性呼吸窘迫综合征病理改变光镜观察
11.Study on Mechanism of Photosynthesis and Respiration of Larix Gmelinii Plantations;兴安落叶松人工林光合与呼吸作用机理的研究
12.Effect of Density on Photosynthesis,Respiration and Yield of Summer Corn in the Eastern of Hebei冀东地区密度对夏玉米光合、呼吸及产量的影响
13.A Study on the Machanism of the Relation Between the Respiration and Photosynthesis of Photosynthetic Bacteria;光合细菌光合作用与呼吸作用相互关系机理探讨
14.relating to the breathing out phase of respiration.关于呼吸的呼出状态的。
15.breathe excessively.不正常地快呼吸或深呼吸，从而达到强力呼吸。
16.Abnormally slow, shallow breathing.呼吸不足，呼吸浅漫不正常地慢而浅的呼吸
17.The air inhaled and exhaled in respiration.呼吸的空气在呼吸中吸入和呼出的空气
18.To inhale and exhale(air, for example)during respiration.呼吸在呼吸过程中吸进和呼出（例如空气）
相关短句/例句
Photorespiratory enzyme光呼吸酶
3)photorespiration[英][,f?ut?u,respi'rei??n][美][,foto,r?sp?'re??n]光呼吸;光呼吸作用
4)photorespiratory rate光呼吸速率
1.Pot culture of lack nitrogen(ON, control),low nitrogen(LN),medium nitrogen (MN), high nitrogen(HN) and super high nitrogen(SN) was conducted to investigate the growth of plants and leaves, total N content of leaves, chlorophyll content, photosynthetic rate, photorespiratory rate, stomatal and mesophyll conductance in hybrid rice Shanyou 64 and conventional rice Kinmaze.以缺氮、低氮、中氮、高氮、超高氮盆栽土培的汕优 6 4和金南风为材料 ,测定植株和叶片的生长状况、叶片总 N含量、光合速率、光呼吸速率、气孔导度和叶肉导度的变化。
2.Pot culture of lack nitrogen(ON, control),low nitrogen(LN),medium nitrogen (MN), high nitrogen(HN) and super high nitrogen(SN) was conducted and the growth of plants and leaves, total N content of leaves, chlorophyll content, photosynthetic rate,photorespiratory rate, stomatal and mesophyll conductance in hybrid rice Shanyou 64 and Kinmaze were investigated.用缺氮(ON)、低氮(LN)、中氮(MN)、高氮(HN)、超高氮(SN)盆栽土培的杂交水稻汕优64和金南风为材料,测定植株和叶片的生长状况、叶片总N含量、光合速率、光呼吸速率、气孔导度和叶肉导度的变化。
3.Amidday depression in net photosynthetic rate (Pn) and in stomatal conductance was ob-served on a summer sunny day, being accompanied by an increase in leaf temperature andin photorespiratory rate (Pr) as well as in Pr/Pn ratio.开花期大豆叶片光合速率（Pn）在晴天中午伴随气孔导度（Gs）下降而降低，而叶温（TL）、光呼吸速率（Pr）以及Pr／Pn比值在中午前后明显上升。
5)Photorespiratory enzymes activities光呼吸酶活性
6)the inhibitor subject of photorespiration光呼吸抑制剂
延伸阅读
光呼吸光呼吸photorespiration植物的绿色组织以光合作用的中间产物为底物而发生的吸收氧、释放二氧化碳的过程。此过程只在光照下发生，其生化途径和在细胞中的发生部位也与一般呼吸(也称暗呼吸)不同。四碳植物如玉米、甘蔗、高粱等的光呼吸很弱，在光下只放出很少的CO2，它们的CO2补偿点也较低，只有2～5vpm〔1vpm＝1／1000000（体积比）〕。三碳植物如小麦、大豆、烟草等的光呼吸较强，可达一般空气中光合强度的50％；它们的CO2补偿点也较高，可达40～60vpm。三碳植物光合固定的碳有这么大的部分通过光呼吸重新放出，便降低了它们的光合效率。关于光呼吸的生理意义有几种不同意见。一种意见认为光呼吸是有害的过程，它使植物损失有机碳和能量。而这种损失是RuBP羧化酶在有氧条件下不可避免地发生加氧反应的结果。另一种意见认为光呼吸有积极的生理功能，它使叶片在光很强而CO2不足的情况下，维持叶片内部一定的CO2水平，来避免光合机构在无CO2时的光氧化破坏；一定的CO2水平也可使RuBP羧化酶经常处于活化状态，有利于光合作用的进行。此外，光呼吸过程中还生成甘氨酸和丝氨酸，从而与氮代谢相联系。
