Research Progress in Effects of Elevated Ozone Concentration on Reactive Oxygen Species Metabolic System of Plants

1、

The Mechanism of Reactive Oxygen Species Forming and Clearance in Peroxisome

过氧化物酶体中活性氧的生成与清除机理

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2、

Relationship of serum vitamin C level with reactive oxygen species in patients with liver cirrhosis

肝硬化患者血清维生素C水平与活性氧代谢的关系

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3、

Reactive Oxygen Species ( ROS) and Its Physiological Functions in Plant Cells

植物细胞中的活性氧及其生理作用

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4、

Reactive oxygen species in plant stress and defense

活性氧与植物防卫反应

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5、

Metabolism and Signaling Conduction of the Reactive Oxygen Species in Plant

植物体内活性氧代谢及其信号传导

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6、

Effect of Ce~ ( 3+) on reactive oxygen species in cells

稀土元素铈对细胞内活性氧的影响

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7、

A Fast Assessment of the Reliability of Gate Oxide reactive oxygen species

栅氧可靠性的快速评估

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8、

Differential growth of human embryos in vitro: Role of reactive oxygen species

人类胚胎的体外差异生长：活性氧的作用

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9、

Mechanism investigation of carbonate reactive oxygen species chemiluminescence in the environment

环境中碳氧活性氧的化学发光机理研究

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10、

Advanced oxidation protein products induce reactive oxygen species production in endothelial cells

晚期氧化蛋白产物诱导内皮细胞产生活性氧

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11、

Production and role of reactive oxygen species in plant defense responses

植物防御反应中活性氧的产生和作用

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12、

The Clinical Research of Correlation between Reactive Oxygen Species and Osteoporosis

活性氧与骨质疏松症的临床研究

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13、

Detailed 13C-NMR studies reveal that the multiple reactive species anticipated Kinetic model, is reasonable. The ratio of different kinds/ of reactive species could be traced approximately by a single variable function of THF/ nBuLi, when the temperatuer Keeps constant.

~（13）C-NMR研究结果验证了动力学的基本假定的正确性，即多活性种参加的动力学模式是合理的，恒定温度下各活性种间的比例近似为（THF/nBuLi）的单交量函数。

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14、

However, due to the complexity that originates from the coexistence of abundant reactive species, its mechanism is still difficult to understand. Until now, reactive plasma diagnosis has been one of the most challenging tasks.

但由于大量活性物种共存的复杂性，很难理解其中的物理机制，直到目前，活性等离子体诊断也是很具有挑战性的任务之一。

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15、

The changing tendencies of the 2,4-D degradation efficiency and OH producing efficiency were highly comparable under different conditions, which indicated that OH was the reactive species responsible for the destruction of 2,4-D.

各种条件对体系中·OH产生效率的影响与2,4-D降解效果的变化规律一致，说明·OH是导致2,4-D降解的活性基团。

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16、

Copolymerization of 1, 3-Butadiene and Styrene by n-BuLi-THF Initiation(ⅱ)& Kinetics and Reactivity of Reactive Species

正丁基锂、四氢呋喃引发的丁苯共聚合（Ⅱ）&动力学及活性种的反应性

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17、

Modifications of DNA by endogenous or environmental reactive species could lead to mutation during DNA replication, which is the initiation step of carcinogenesis.

去氧核醣核酸（DNA）被体内或环境中具反应性物种修饰后会在DNA复制时导致基因突变，为细胞癌化的第一步。

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18、

Plasma includes many reactive species such as ions, atoms and molecules, and as result it has wide applications in the preparation of diamond films.

等离子体中离子、原子或分子具有高的反应活性，等离子体技术在金刚石薄膜的制备中有着广泛应用。

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19、

Study on Micro-Mixing and Reactive Species Transfer in a Rotating Packed Bed

旋转填充床内微观混合与反应传质过程的研究

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20、

Kinetic investigation and reactive species in anionic polymerization of Butadiene Initiated by n-butyllithium/ tetrahydrofuran

正丁基锂/四氢呋喃引发丁二烯阴离子聚合动力学和活性种的研究

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