Chlorophyll is produced by the action of light on the plants’ leaves.

光对植物的子发生作用从而产生。

Mulberry—tea contains many kinds of nutrients,such as vitamines, proteins,rutin,sophorin,meletin and chlorophyll etc.

桑茶含有近十种氨基酸、多种维生、芸香甙、檞皮、、类胡萝卜、谷甾醇等。

This paper investigated the technics of chlorophyll abstraction from spinage and the synthesis of chlorophyllous zinc sodium.

摘要文章研究了从天然植物提取的方法和锌钠盐制备的工艺。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米片肉细和维管束鞘细体的发育，体数量增多且体积增大，基质片层和基粒数量明显增多且结构完好。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

片的延迟发光光谱比离体荧光光谱复杂，延迟发光光谱包含有更多的生理学信息。

Chlorophyll is produced by the action of light on the plants’ leaves.

光对植物叶子生作用从而产生叶绿素。

Mulberry—tea contains many kinds of nutrients,such as vitamines, proteins,rutin,sophorin,meletin and chlorophyll etc.

桑茶中含有近十种氨基酸、多种维生素、芸香甙、檞皮素、叶绿素、类胡萝卜素、谷甾醇等。

This paper investigated the technics of chlorophyll abstraction from spinage and the synthesis of chlorophyllous zinc sodium.

摘要文章研究了从天然植物中提取叶绿素方法和叶绿素锌钠盐制备工艺。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米叶片叶肉细胞和维管束鞘细胞中叶绿育，叶绿数量增多且积增大，基质片层和基粒数量明显增多且结构完好。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

叶片延迟光光谱比离叶绿素荧光光谱复杂，延迟光光谱包含有更多生理学信息。

Chlorophyll is produced by the action of light on the plants’ leaves.

光对植物的叶子发生作用从而产生叶绿。

Mulberry—tea contains many kinds of nutrients,such as vitamines, proteins,rutin,sophorin,meletin and chlorophyll etc.

桑茶中有近十种氨基酸、多种维生、芸香甙、檞皮、叶绿、类胡萝卜、谷甾醇等。

This paper investigated the technics of chlorophyll abstraction from spinage and the synthesis of chlorophyllous zinc sodium.

摘研究了从天然植物中提取叶绿的方法和叶绿锌钠盐制备的工艺。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米叶片叶肉细胞和维管束鞘细胞中叶绿体的发育，叶绿体数增多且体积增大，基质片层和基粒数明显增多且结构完好。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

叶片的延迟发光光谱比离体叶绿荧光光谱复杂，延迟发光光谱包有更多的生理学信息。

Chlorophyll is produced by the action of light on the plants’ leaves.

光对植物的子发生作用从而产生绿素。

Mulberry—tea contains many kinds of nutrients,such as vitamines, proteins,rutin,sophorin,meletin and chlorophyll etc.

桑茶中含有十种氨基酸、多种维生素、芸香甙、檞皮素、绿素、类胡萝卜素、谷甾醇等。

This paper investigated the technics of chlorophyll abstraction from spinage and the synthesis of chlorophyllous zinc sodium.

摘要文章研究了从天然植物中提取绿素的方法和绿素锌钠盐制备的工艺。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米片胞和维管束鞘胞中绿体的发育，绿体数量增多且体积增大，基质片层和基粒数量明显增多且结构完好。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

片的延迟发光光谱比离体绿素荧光光谱复杂，延迟发光光谱包含有更多的生理学信息。

Chlorophyll is produced by the action of light on the plants’ leaves.

光对植物的子发生作用从而产生。

Mulberry—tea contains many kinds of nutrients,such as vitamines, proteins,rutin,sophorin,meletin and chlorophyll etc.

桑茶含有近十种氨基酸、多种维生、芸香甙、檞皮、、类胡萝卜、谷甾醇等。

This paper investigated the technics of chlorophyll abstraction from spinage and the synthesis of chlorophyllous zinc sodium.

摘要文章研究了从天然植物提取的方法和锌钠盐制备的工艺。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米片肉细和维管束鞘细体的发育，体数量增多且体积增大，基质片层和基粒数量明显增多且结构完好。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

片的延迟发光光谱比离体荧光光谱复杂，延迟发光光谱包含有更多的生理学信息。

Chlorophyll is produced by the action of light on the plants’ leaves.

光对植物的子发生作用从而产生绿素。

Mulberry—tea contains many kinds of nutrients,such as vitamines, proteins,rutin,sophorin,meletin and chlorophyll etc.

桑茶中含有近十种氨基酸、多种维生素、芸香甙、檞皮素、绿素、类胡萝卜素、谷甾醇等。

This paper investigated the technics of chlorophyll abstraction from spinage and the synthesis of chlorophyllous zinc sodium.

摘要文章研究了从天然植物中提取绿素的方法和绿素锌钠盐制备的工艺。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉肉细胞和维管束鞘细胞中绿体的发育，绿体数量增多且体积增大，基质层和基粒数量明显增多且结构完好。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

的延迟发光光谱比离体绿素荧光光谱复杂，延迟发光光谱包含有更多的生理学信息。

Chlorophyll is produced by the action of light on the plants’ leaves.

光对植物的子发作用从而产。

Mulberry—tea contains many kinds of nutrients,such as vitamines, proteins,rutin,sophorin,meletin and chlorophyll etc.

桑茶中含有近十氨基酸、多、芸香甙、檞皮、、类胡萝卜、谷甾醇等。

This paper investigated the technics of chlorophyll abstraction from spinage and the synthesis of chlorophyllous zinc sodium.

摘要文章研究了从天然植物中提取的方法和锌钠盐制备的工艺。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米片肉细胞和管束鞘细胞中体的发育，体数量增多且体积增大，基质片层和基粒数量明显增多且结构完好。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

片的延迟发光光谱比离体荧光光谱复杂，延迟发光光谱包含有更多的理学信息。

Chlorophyll is produced by the action of light on the plants’ leaves.

光对植物的叶子发生作用从而产生叶绿素。

Mulberry—tea contains many kinds of nutrients,such as vitamines, proteins,rutin,sophorin,meletin and chlorophyll etc.

桑茶中含有近十种氨基酸、多种维生素、芸香甙、檞皮素、叶绿素、类胡萝卜素、谷甾醇等。

This paper investigated the technics of chlorophyll abstraction from spinage and the synthesis of chlorophyllous zinc sodium.

摘要文章研究了从天然植物中提取叶绿素的方法和叶绿素锌钠盐制备的工艺。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

察结果证实，NO促进了玉米叶片叶肉细胞和维管束鞘细胞中叶绿体的发育，叶绿体数量增多且体积增大，基质片层和基粒数量明显增多且结构完好。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

叶片的延迟发光光谱比离体叶绿素荧光光谱复杂，延迟发光光谱包含有更多的生理学信息。

Chlorophyll is produced by the action of light on the plants’ leaves.

光对植物的子发生作用从而产生绿素。

Mulberry—tea contains many kinds of nutrients,such as vitamines, proteins,rutin,sophorin,meletin and chlorophyll etc.

桑茶中含有近十种氨基酸、多种维生素、芸香甙、檞皮素、绿素、类胡萝卜素、谷甾醇等。

This paper investigated the technics of chlorophyll abstraction from spinage and the synthesis of chlorophyllous zinc sodium.

摘要文章研究了从天然植物中提取绿素的方法和绿素锌钠盐制备的工艺。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米肉细胞和维管束鞘细胞中绿体的发育，绿体数量增多且体积增大，基质层和基粒数量明显增多且结构完好。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

的延迟发光光谱比离体绿素荧光光谱复杂，延迟发光光谱包含有更多的生理学信息。

Chlorophyll is produced by the action of light on the plants’ leaves.

光对植物的叶子发生作用从而产生叶绿素。

Mulberry—tea contains many kinds of nutrients,such as vitamines, proteins,rutin,sophorin,meletin and chlorophyll etc.

含有近十种氨、种维生素、芸香甙、檞皮素、叶绿素、类胡萝卜素、谷甾醇等。

This paper investigated the technics of chlorophyll abstraction from spinage and the synthesis of chlorophyllous zinc sodium.

摘要文章研究了从天然植物提取叶绿素的方法和叶绿素锌钠盐制备的工艺。

The results showed that NO could completely reverse the inter-veinal chlorosis induced by iron deficiency and increase chlorophyll content in the leaves of maize seedlings.

电镜观察结果证实，NO促进了玉米叶片叶肉细胞和维管束鞘细胞叶绿体的发育，叶绿体数量增且体积增大，质片层和粒数量明显增且结构完好。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

叶片的延迟发光光谱比离体叶绿素荧光光谱复杂，延迟发光光谱包含有更的生理学信息。