To study the effect of sasanqua saponin on spermatogenesis in mouse and the relationship between the effect and ROS.

研究油茶皂素对小鼠生精的影响并探讨其氧(ROS)的关系。

Many diseases such as hypertension,diabetes mellitus,hypercholesteraemia can generate a lot of reactive oxygen species(ROS) which can cause oxidative stress.

许多疾病状态如高血压、糖尿病、高胆固醇血症可产生过量的氧(ROS),引起氧化应激。

The big molecule of coal break down by the additive affixture,it can accelerate releasing of coal volatiles,make the coal lower ignition temperature.

同时使用同的添加剂,可以在同度下释放出氧,有利于煤的完全燃烧。

Method FCM was used to quantitatively detect the level of active oxygen species produced by neutrocyte of peripheral blood of gastric cancer patients.

方法通过采用流式细胞仪(FCM)定量检测同人群外周血中粒细胞产生的氧水平。

In the imcompatible interaction and the nonhost interaction between wheat and barley powdery mildew pathogen, much more active oxygen was examined, especially in the nonhost resistant interaction.

在组合，特别是非寄主组合（小麦／大麦白粉病菌）中，氧的积家强度相对较大。

To study the effect of sasanqua saponin on spermatogenesis in mouse and the relationship between the effect and ROS.

研究油茶皂素对小鼠精的影响并探讨其与活性氧(ROS)的关系。

Many diseases such as hypertension,diabetes mellitus,hypercholesteraemia can generate a lot of reactive oxygen species(ROS) which can cause oxidative stress.

许多疾病状态如高血压、糖尿病、高胆固醇血症可产的活性氧(ROS),引起氧化应激。

The big molecule of coal break down by the additive affixture,it can accelerate releasing of coal volatiles,make the coal lower ignition temperature.

同时使用不同的添加剂,可以在不同度下释放出活性氧,有利于煤的完全燃烧。

Method FCM was used to quantitatively detect the level of active oxygen species produced by neutrocyte of peripheral blood of gastric cancer patients.

方法通采用流式(FCM)定检测不同人群外周血中性粒产的活性氧水平。

In the imcompatible interaction and the nonhost interaction between wheat and barley powdery mildew pathogen, much more active oxygen was examined, especially in the nonhost resistant interaction.

在不亲和组合，特别是非寄主组合（小麦／大麦白粉病菌）中，活性氧的积家强度相对较大。

To study the effect of sasanqua saponin on spermatogenesis in mouse and the relationship between the effect and ROS.

研究油茶皂素对小鼠生精影响并探讨其与活性(ROS)系。

Many diseases such as hypertension,diabetes mellitus,hypercholesteraemia can generate a lot of reactive oxygen species(ROS) which can cause oxidative stress.

许多疾病状态如高血压、糖尿病、高胆固醇血症可产生过量活性(ROS),引起化应激。

The big molecule of coal break down by the additive affixture,it can accelerate releasing of coal volatiles,make the coal lower ignition temperature.

同时使用不同添加剂,可以不同度下释放出活性,有利于煤完全燃烧。

Method FCM was used to quantitatively detect the level of active oxygen species produced by neutrocyte of peripheral blood of gastric cancer patients.

方法通过采用流式细胞仪(FCM)定量检测不同人群外周血中性粒细胞产生活性。

In the imcompatible interaction and the nonhost interaction between wheat and barley powdery mildew pathogen, much more active oxygen was examined, especially in the nonhost resistant interaction.

不亲和组合，特别是非寄主组合（小麦／大麦白粉病菌）中，活性积家强度相对较大。

To study the effect of sasanqua saponin on spermatogenesis in mouse and the relationship between the effect and ROS.

油茶皂素对小鼠生精的影响并探讨其与活性氧(ROS)的关系。

Many diseases such as hypertension,diabetes mellitus,hypercholesteraemia can generate a lot of reactive oxygen species(ROS) which can cause oxidative stress.

许多疾状态如高血压、糖尿、高胆固醇血症可产生过量的活性氧(ROS),引起氧化应激。

The big molecule of coal break down by the additive affixture,it can accelerate releasing of coal volatiles,make the coal lower ignition temperature.

同时使用不同的添加剂,可以在不同度下释放出活性氧,有利于煤的完全燃烧。

Method FCM was used to quantitatively detect the level of active oxygen species produced by neutrocyte of peripheral blood of gastric cancer patients.

方法通过采用流式细胞仪(FCM)定量检测不同人群外周血性粒细胞产生的活性氧水平。

In the imcompatible interaction and the nonhost interaction between wheat and barley powdery mildew pathogen, much more active oxygen was examined, especially in the nonhost resistant interaction.

在不亲和组合，特别是非寄主组合（小麦／大麦白粉），活性氧的积家强度相对较大。

To study the effect of sasanqua saponin on spermatogenesis in mouse and the relationship between the effect and ROS.

研究油茶皂素对小鼠生精的影响并探讨性氧(ROS)的关系。

Many diseases such as hypertension,diabetes mellitus,hypercholesteraemia can generate a lot of reactive oxygen species(ROS) which can cause oxidative stress.

许多疾病状态如高血压、糖尿病、高胆固醇血症可产生过量的性氧(ROS),引起氧化应激。

The big molecule of coal break down by the additive affixture,it can accelerate releasing of coal volatiles,make the coal lower ignition temperature.

同时使用不同的添加剂,可以在不同度下释放出性氧,有利于煤的完全燃烧。

Method FCM was used to quantitatively detect the level of active oxygen species produced by neutrocyte of peripheral blood of gastric cancer patients.

方法通过采用流式细胞仪(FCM)定量检测不同人群外周血中性粒细胞产生的性氧水平。

In the imcompatible interaction and the nonhost interaction between wheat and barley powdery mildew pathogen, much more active oxygen was examined, especially in the nonhost resistant interaction.

在不合，特别是非寄主合（小麦／大麦白粉病菌）中，性氧的积家强度相对较大。

To study the effect of sasanqua saponin on spermatogenesis in mouse and the relationship between the effect and ROS.

研究油茶皂素对小鼠生精影响并探讨其与活性氧(ROS)关系。

Many diseases such as hypertension,diabetes mellitus,hypercholesteraemia can generate a lot of reactive oxygen species(ROS) which can cause oxidative stress.

许多疾病状态如高血压、糖尿病、高胆固醇血症可产生过量活性氧(ROS),引起氧化应激。

The big molecule of coal break down by the additive affixture,it can accelerate releasing of coal volatiles,make the coal lower ignition temperature.

时使用添加剂,可以在度下释放出活性氧,有煤完全燃烧。

Method FCM was used to quantitatively detect the level of active oxygen species produced by neutrocyte of peripheral blood of gastric cancer patients.

方法通过采用流式细胞仪(FCM)定量检测人群外周血中性粒细胞产生活性氧水平。

In the imcompatible interaction and the nonhost interaction between wheat and barley powdery mildew pathogen, much more active oxygen was examined, especially in the nonhost resistant interaction.

在亲和组合，特别是非寄主组合（小麦／大麦白粉病菌）中，活性氧积家强度相对较大。

To study the effect of sasanqua saponin on spermatogenesis in mouse and the relationship between the effect and ROS.

研究油茶皂素对小鼠生精影响并探讨其与性氧(ROS)关系。

Many diseases such as hypertension,diabetes mellitus,hypercholesteraemia can generate a lot of reactive oxygen species(ROS) which can cause oxidative stress.

许多疾病状态如高血压、糖尿病、高胆固醇血症可产生过性氧(ROS),引起氧化应激。

The big molecule of coal break down by the additive affixture,it can accelerate releasing of coal volatiles,make the coal lower ignition temperature.

同时使用不同添加剂,可以在不同度下释放出性氧,有利于煤完全燃烧。

Method FCM was used to quantitatively detect the level of active oxygen species produced by neutrocyte of peripheral blood of gastric cancer patients.

方法通过采用胞仪(FCM)定检测不同人群外周血中性粒胞产生性氧水平。

In the imcompatible interaction and the nonhost interaction between wheat and barley powdery mildew pathogen, much more active oxygen was examined, especially in the nonhost resistant interaction.

在不亲和组合，特别是非寄主组合（小麦／大麦白粉病菌）中，性氧积家强度相对较大。

To study the effect of sasanqua saponin on spermatogenesis in mouse and the relationship between the effect and ROS.

研究油茶皂素对小鼠生精的影响并探讨其与氧(ROS)的关系。

Many diseases such as hypertension,diabetes mellitus,hypercholesteraemia can generate a lot of reactive oxygen species(ROS) which can cause oxidative stress.

许多疾病状态如高血压、糖尿病、高胆固醇血症可产生过量的氧(ROS),引起氧化应激。

The big molecule of coal break down by the additive affixture,it can accelerate releasing of coal volatiles,make the coal lower ignition temperature.

同时使用不同的添加剂,可以在不同度下释放出氧,有利于煤的完全燃烧。

Method FCM was used to quantitatively detect the level of active oxygen species produced by neutrocyte of peripheral blood of gastric cancer patients.

方法通过采用流式细胞仪(FCM)定量检测不同人群外周血粒细胞产生的氧水平。

In the imcompatible interaction and the nonhost interaction between wheat and barley powdery mildew pathogen, much more active oxygen was examined, especially in the nonhost resistant interaction.

在不亲和组合，特别是非寄主组合（小麦／大麦白粉病菌），氧的积家强度相对较大。

To study the effect of sasanqua saponin on spermatogenesis in mouse and the relationship between the effect and ROS.

茶皂素对小鼠生精的影响并探讨其与活性氧(ROS)的关系。

Many diseases such as hypertension,diabetes mellitus,hypercholesteraemia can generate a lot of reactive oxygen species(ROS) which can cause oxidative stress.

许多疾状态如高血压、糖尿、高胆固醇血症可产生过量的活性氧(ROS),引起氧化应激。

The big molecule of coal break down by the additive affixture,it can accelerate releasing of coal volatiles,make the coal lower ignition temperature.

同时使用不同的添加剂,可以在不同度下释放出活性氧,有利于煤的完全燃烧。

Method FCM was used to quantitatively detect the level of active oxygen species produced by neutrocyte of peripheral blood of gastric cancer patients.

方法通过采用流式细胞仪(FCM)定量检测不同人群外周血中性粒细胞产生的活性氧水平。

In the imcompatible interaction and the nonhost interaction between wheat and barley powdery mildew pathogen, much more active oxygen was examined, especially in the nonhost resistant interaction.

在不亲和组合，特别是非寄主组合（小麦／大麦白）中，活性氧的积家强度相对较大。