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- Effects of potassium on the contents and activities of Rubisco, Rubisco activase and photosynthetic rate in rice leaf. 钾营养对水稻剑叶光合作用关键酶活性的影响。
- The activity of Rubisco was restored by dissociating various sugar phosphates from Rubisco, which required Rubisco activase and ATP hydrolysis. 在ATP水解过程中，Rubisco活化酶促使各种磷酸糖抑制物从Rubisco上解离下来，恢复Rubisco活性。
- In this review, the molecular figures and the action mechanism of Rubisco activase, the effects of environmental factors on it were also be introduced. 本文还介绍了Rubisco活化酶的分子特性、酶作用机制以及环境因素对它活性影响等方面的最新研究进展。
- Many perplexing problems of Rubisco activation in vivo had been resolved because of the discovery and studies of Rubisco activase. Rubisco活化酶的发现与研究使许多Rubisco体内活化中的疑难问题得到了阐明。
- Rubisco activase, a newly found enzyme, could regulate the activity of Rubisco and keep Rubisco in a high activation level under in vivo conditions. Rubisco活化酶是近年中发现的一种可以调节Rubisco活性的酶，它能使Rubisco在植株体内条件下达到最大活化程度。
- rubisco activase 核酮糖二磷酸羧化酶活化酶
- It not only had the ability of activating Rubisco but also had the activity of hydrolyzing ATP. Rubisco活化酶不仅具有活化Rubisco的活性，而且具有ATP水解酶活性。
- For both DR and SR,the molecular weight of Rubisco large subunit are about 56kD,and the molecular weight of Rubisco small subunit are about 15.5kD. 沙芦和水芦的Rubisco大亚基分子量均为56kD左右;小亚基分子量均为15.;5kD左右。
- It was concluded that EBR increases the capacity of CO2 assimilation in the Calvin cycle, which was mainly attributed to an increase in the initial activity of Rubisco. 表明BRs对黄瓜的光合作用有直接刺激作用,而这种作用Rubisco初始活性的提高有关。
- Increased Asat in EBR-treated leaves was accompanied by increases in the maximum carboxylation rate of Rubisco (Vc,max) and in the maximum rate of RuBP regeneration (Jmax). EBR导致Asat增加的同时伴随着RuBP羧化速率(Vc,max)和再生速率(Jmax)的明显增加。
- Ribulose-1,5-bisphosphate carboxylase/oxygenase(RubisCO) regulates photosynthesis and photorespiration.It is a key enzyme to control the net photosynthesis in plants. 1,5-二磷酸核酮糖羧化酶/加氧酶(RubisCO)是调节光合和光呼吸,决定净光合作用的一个关键酶；
- Jade special molecular structure, can be very good body to absorb the infrared, and a good biological effects : such as improving blood circulation, stimulate regeneration and rehabilitation, Activase system to enhance the ability of the body resistance. 玉的特殊分子结构，能很好地吸收人体发出的红外线，有良好的生物效应：如改善血液循环，刺激再生和康复能力，活化酶系统，提高机体抗病能力。
- The most important carboxylase in plants is ribulose bishosphate carboxylase (rubisco), which catalyzes the carboxyation of ribulose bisphosphate, the ‘carbon-fixing’ first step in the Calvin cycle. 在植物中最重要的羧化酶是核酮糖二磷酸羧化酶，它可以羧化核酮糖二磷酸，在卡尔文循环中是二氧化碳固定的第一步。
- The contents of chlorophyll-protein complexes, dPn/dCi, A0, AQY, PSII electrons transfer activity and the amounts of Rubisco can all reflect photosynthetic activities of mesophyll cell. 前述色素蛋白复合体含量、PSII电子传递活性、Rubisco含量、dPn/dCi、Ao和AQY等指标均能反映叶肉细胞本身的光合活性，增强UV-B辐射对幼苗净光合速率(Pn)和上述指标的抑制效应表明，叶肉细胞光合活性降低可能是增强UV-B辐射抑制幼苗净光合速率的原因之一。
- The results showed that the contents of Rubisco and RCA changed rapidly at 12 h after inoculation. The contents in the susceptible cultivar, Ingrid, decreased rapidly, but that in the resistance cultivar, mlo-3, increased. 结果发现 ,病原菌接种后 12h ,叶肉细胞光合作用的标志性酶RCA和Rubisco含量发生迅速的变化 ,感病大麦 (Ingrid)中RCA和Rubisco含量急剧减少 ,而抗病大麦 (mlo 3)中则趋势相反。
- Rubisco can also act as an oxygenase breaking down ribulose bisphosphate in the presence of oxygen to glycerate 3-phosphate and phosphoglycolic aid.This reaction forms the basis of PHOTOREESPIRATION. 此酶在有氧的情况下可为氧化酶，分解核酮糖-1，5-二磷酸生产3-磷酸甘油和磷酸乙醇酸，这一反应是光呼吸的基础。
- The Immunogold Localization of Rubisco and Its Activase in Chloroplasts of Barley and Maize Leaves 大麦和玉米叶片叶绿体中Rubisco及其活化酶的免疫金标记定位
- Keywords Rubisco;active center;simulation; 活性中心;模拟分析;
- Keywords Rumex;leaf protein;Rubisco;polar amino acid residues; 鲁梅克斯k-1酸模;叶蛋白;核酮糖双磷酸羧化酶;极性氨基酸残基;
- a thrombolytic agent (trade name Activase) that causes fibrinolysis at the site of a blood clot; used in treating acute myocardial infarction 在血液阻塞部位能使纤维蛋白溶解的溶解血栓剂（商标是Activase）；用于治疗急性心肌梗塞
