In order to study the bioactivity of extract from pummelo peel, the antilipemic action and antitumor capacity of the extract were studied by mice in vivo.

为探讨皮提取物的生物活性,采用动物试验研皮抗氧化物质的降脂和抑肿瘤作用。

Fourteen new derivatives of steviol have been synthesized through structural modification.Among them the compound 4 appeared the best bioactivity in relation to bud sprout and growth of cotton plant.

本叶醇的结构进行修饰合成14个新化合物。其中以化合物4棉花种子的发芽及根促进作用最佳。

In order to study the bioactivity of extract from pummelo peel, the antilipemic action and antitumor capacity of the extract were studied by mice in vivo.

为了探讨柚皮提取物的生物活,动物试验研究了柚皮抗氧化物质的降脂和抑肿瘤作。

Fourteen new derivatives of steviol have been synthesized through structural modification.Among them the compound 4 appeared the best bioactivity in relation to bud sprout and growth of cotton plant.

本文对甜叶醇的结构饰合成14个新化合物。其中以化合物4对棉花种子的发芽及根促作最佳。

In order to study the bioactivity of extract from pummelo peel, the antilipemic action and antitumor capacity of the extract were studied by mice in vivo.

为了探讨柚皮的生活性,采用动试验研究了柚皮抗氧质的降脂和抑肿瘤作用。

Fourteen new derivatives of steviol have been synthesized through structural modification.Among them the compound 4 appeared the best bioactivity in relation to bud sprout and growth of cotton plant.

本文对甜叶醇的结构进行修饰成14个。其中以4对棉花种子的发芽及根促进作用最佳。

In order to study the bioactivity of extract from pummelo peel, the antilipemic action and antitumor capacity of the extract were studied by mice in vivo.

为了探讨柚皮提取的活,采用动试验研究了柚皮抗氧化质的降脂和抑肿瘤作用。

Fourteen new derivatives of steviol have been synthesized through structural modification.Among them the compound 4 appeared the best bioactivity in relation to bud sprout and growth of cotton plant.

本文对甜叶醇的结构进行修饰合成14个新化合。其中化合4对棉花种子的发芽及根促进作用最佳。

In order to study the bioactivity of extract from pummelo peel, the antilipemic action and antitumor capacity of the extract were studied by mice in vivo.

为了探讨柚皮提取物的生物,用动物试验研究了柚皮抗氧化物质的降脂和抑肿瘤作用。

Fourteen new derivatives of steviol have been synthesized through structural modification.Among them the compound 4 appeared the best bioactivity in relation to bud sprout and growth of cotton plant.

本文对甜叶醇的结构进合成14个新化合物。其中以化合物4对棉花种子的发芽及根促进作用最佳。

In order to study the bioactivity of extract from pummelo peel, the antilipemic action and antitumor capacity of the extract were studied by mice in vivo.

为了探讨柚皮提取物的物活性,采用动物试验研究了柚皮抗氧化物质的降脂和抑肿瘤作用。

Fourteen new derivatives of steviol have been synthesized through structural modification.Among them the compound 4 appeared the best bioactivity in relation to bud sprout and growth of cotton plant.

本文甜叶醇的结构行修饰合成14个新化合物。其中以化合物4棉花种子的发芽及作用最佳。

In order to study the bioactivity of extract from pummelo peel, the antilipemic action and antitumor capacity of the extract were studied by mice in vivo.

为了探讨柚皮提取物的生物活性,采用动物试验研究了柚皮抗氧化物质的降脂和抑肿瘤作用。

Fourteen new derivatives of steviol have been synthesized through structural modification.Among them the compound 4 appeared the best bioactivity in relation to bud sprout and growth of cotton plant.

本文甜叶醇的结构进行修饰合成14个新化合物。其中以化合物4种子的发芽及根促进作用最佳。

In order to study the bioactivity of extract from pummelo peel, the antilipemic action and antitumor capacity of the extract were studied by mice in vivo.

为了探讨柚皮提取物的生物活性,采动物试验研究了柚皮抗氧化物质的降脂和抑肿瘤。

Fourteen new derivatives of steviol have been synthesized through structural modification.Among them the compound 4 appeared the best bioactivity in relation to bud sprout and growth of cotton plant.

本文对甜叶醇的结构行修饰合成14个新化合物。其中以化合物4对棉花种子的发芽及根促最佳。

In order to study the bioactivity of extract from pummelo peel, the antilipemic action and antitumor capacity of the extract were studied by mice in vivo.

为了探讨柚皮提取物的物活性,采用动物试验研究了柚皮抗氧化物质的降脂和抑肿瘤作用。

Fourteen new derivatives of steviol have been synthesized through structural modification.Among them the compound 4 appeared the best bioactivity in relation to bud sprout and growth of cotton plant.

本文甜叶醇的结构行修饰合成14个新化合物。其中以化合物4棉花种子的发芽及作用最佳。