Technique of mutation breeding in gladiola was studied by meansof electron beam.

用电子束辐射种球，研究的诱育种。

The research showed a lot of functional ingredients such as anthocyanin, phenolic acid, polysaccharide, proanthocyanidin.

荔枝果核或果皮的萃取物具有抗氧化、抗炎症、抗诱、预防糖尿病、降血脂以及其它生理功能。

Abstract： Technique of mutation breeding in gladiola was studied by means of electron beam.

摘 要： 用电子束辐射种球，研究的诱育种。

Some effective measures beneficial to the production of alkaline proteinase are discussed: organismal rejuvenation, mutagenesis breeding. metabolic regulation and improvement of technology condition.

综述了提高碱性蛋白酶生产效益的可能途径：菌种的及时复壮，菌种的诱选育，菌种的代谢调控选育，工艺条件的控制。

Accelerating the aging of new wine and new vinegar, sterilizing fermented foods and mutagenizing Saccharomyces cerevisia by modern physical technology were reviewed in this paper.

摘要综述了利用现代物理技对新酒和新醋进行人工催陈，对发酵食品进行灭菌消毒，对酿酒酵母菌进行人工诱。

A mutant, TS-N-121 was obtained by mutation and plate screening from a parent strain Mycobacterium fortuitum MF2 , which could transform sterol into androstanedione as the main product.

从雄甾二酮的转化产生菌偶发枝杆菌MF2出发,经紫外诱结合平板筛选,获得一株主要转化生产睾酮的突株TS-N-121。

Technique of mutation breeding in gladiola was studied by meansof electron beam.

用电子束辐射唐菖蒲种球，研究唐菖蒲的诱育种。

The research showed a lot of functional ingredients such as anthocyanin, phenolic acid, polysaccharide, proanthocyanidin.

荔枝果核或果皮的萃取物具有抗氧化、抗炎症、抗诱、预防糖尿病、降血脂以及其它生理功能。

Abstract： Technique of mutation breeding in gladiola was studied by means of electron beam.

摘 要： 用电子束辐射唐菖蒲种球，研究唐菖蒲的诱育种。

Some effective measures beneficial to the production of alkaline proteinase are discussed: organismal rejuvenation, mutagenesis breeding. metabolic regulation and improvement of technology condition.

综述了提高碱性蛋白酶生产效益的可能途径：菌种的及时复壮，菌种的诱选育，菌种的代谢调控选育，工艺条件的控制。

Accelerating the aging of new wine and new vinegar, sterilizing fermented foods and mutagenizing Saccharomyces cerevisia by modern physical technology were reviewed in this paper.

摘要综述了利用现代物理技术分别新酒和新醋进行人工催陈，发酵食品进行灭菌消，酒酵母菌进行人工诱。

A mutant, TS-N-121 was obtained by mutation and plate screening from a parent strain Mycobacterium fortuitum MF2 , which could transform sterol into androstanedione as the main product.

从雄甾二酮的转化产生菌偶发分枝杆菌MF2出发,经紫外诱结合平板筛选,获得一株主要转化生产睾酮的突株TS-N-121。

Technique of mutation breeding in gladiola was studied by meansof electron beam.

电子束辐射唐菖蒲种球，研究唐菖蒲的诱育种。

The research showed a lot of functional ingredients such as anthocyanin, phenolic acid, polysaccharide, proanthocyanidin.

荔枝果核或果皮的萃取物具有抗氧化、抗炎症、抗诱、预防糖尿病、降血脂以及其它生理功能。

Abstract： Technique of mutation breeding in gladiola was studied by means of electron beam.

摘 要： 电子束辐射唐菖蒲种球，研究唐菖蒲的诱育种。

Some effective measures beneficial to the production of alkaline proteinase are discussed: organismal rejuvenation, mutagenesis breeding. metabolic regulation and improvement of technology condition.

综述了提高碱性蛋白酶生产效益的可能途径：菌种的及时复壮，菌种的诱选育，菌种的代谢调控选育，工艺条件的控制。

Accelerating the aging of new wine and new vinegar, sterilizing fermented foods and mutagenizing Saccharomyces cerevisia by modern physical technology were reviewed in this paper.

摘要综述了利现代物理技术分别新酒和新醋进行人工催陈，食品进行灭菌消毒，酿酒母菌进行人工诱。

A mutant, TS-N-121 was obtained by mutation and plate screening from a parent strain Mycobacterium fortuitum MF2 , which could transform sterol into androstanedione as the main product.

从雄甾二酮的转化产生菌偶分枝杆菌MF2出,经紫外诱结合平板筛选,获得一株主要转化生产睾酮的突株TS-N-121。

Technique of mutation breeding in gladiola was studied by meansof electron beam.

用电子束辐射唐菖蒲种球，研究唐菖蒲的诱育种。

The research showed a lot of functional ingredients such as anthocyanin, phenolic acid, polysaccharide, proanthocyanidin.

荔枝果核或果皮的萃取物具有抗氧化、抗炎症、抗诱、预防糖尿病、降血脂以及其它生理功能。

Abstract： Technique of mutation breeding in gladiola was studied by means of electron beam.

摘 要： 用电子束辐射唐菖蒲种球，研究唐菖蒲的诱育种。

Some effective measures beneficial to the production of alkaline proteinase are discussed: organismal rejuvenation, mutagenesis breeding. metabolic regulation and improvement of technology condition.

综述了提高碱性蛋白酶生产效益的可能途径：菌种的及时复壮，菌种的诱选育，菌种的代谢调控选育，工艺条件的控制。

Accelerating the aging of new wine and new vinegar, sterilizing fermented foods and mutagenizing Saccharomyces cerevisia by modern physical technology were reviewed in this paper.

摘要综述了利用现代物理技术分别对新酒和新醋进行人工催陈，对发进行灭菌消毒，对酿酒母菌进行人工诱。

A mutant, TS-N-121 was obtained by mutation and plate screening from a parent strain Mycobacterium fortuitum MF2 , which could transform sterol into androstanedione as the main product.

从雄甾二酮的转化产生菌偶发分枝杆菌MF2出发,经紫外诱结合平板筛选,获得一株主要转化生产睾酮的突株TS-N-121。

Technique of mutation breeding in gladiola was studied by meansof electron beam.

用电子束辐射唐菖蒲球，研究唐菖蒲的诱育。

The research showed a lot of functional ingredients such as anthocyanin, phenolic acid, polysaccharide, proanthocyanidin.

荔枝果核或果皮的萃取物具有抗氧化、抗炎症、抗诱、预防糖尿病、降血脂以及其它生。

Abstract： Technique of mutation breeding in gladiola was studied by means of electron beam.

摘 要： 用电子束辐射唐菖蒲球，研究唐菖蒲的诱育。

Some effective measures beneficial to the production of alkaline proteinase are discussed: organismal rejuvenation, mutagenesis breeding. metabolic regulation and improvement of technology condition.

综述了提高碱性蛋白酶生产效益的可途：的及时复壮，的诱选育，的代谢调控选育，工艺条件的控制。

Accelerating the aging of new wine and new vinegar, sterilizing fermented foods and mutagenizing Saccharomyces cerevisia by modern physical technology were reviewed in this paper.

摘要综述了利用现代物技术分别对新酒和新醋进行人工催陈，对发酵食品进行灭消毒，对酿酒酵母进行人工诱。

A mutant, TS-N-121 was obtained by mutation and plate screening from a parent strain Mycobacterium fortuitum MF2 , which could transform sterol into androstanedione as the main product.

从雄甾二酮的转化产生偶发分枝杆MF2出发,经紫外诱结合平板筛选,获得一株主要转化生产睾酮的突株TS-N-121。

Technique of mutation breeding in gladiola was studied by meansof electron beam.

用电子束辐射唐菖蒲种球，研究唐菖蒲的种。

The research showed a lot of functional ingredients such as anthocyanin, phenolic acid, polysaccharide, proanthocyanidin.

荔枝果核或果皮的萃取具有抗氧化、抗炎症、抗、预防糖尿病、降血脂以及其它生功能。

Abstract： Technique of mutation breeding in gladiola was studied by means of electron beam.

摘 要： 用电子束辐射唐菖蒲种球，研究唐菖蒲的种。

Some effective measures beneficial to the production of alkaline proteinase are discussed: organismal rejuvenation, mutagenesis breeding. metabolic regulation and improvement of technology condition.

综述了提高碱性蛋白酶生产效益的可能途径：菌种的及时复壮，菌种的选，菌种的谢调控选，工艺条件的控制。

Accelerating the aging of new wine and new vinegar, sterilizing fermented foods and mutagenizing Saccharomyces cerevisia by modern physical technology were reviewed in this paper.

摘要综述了利用现技术分别对新酒和新醋进行人工催陈，对发酵食品进行灭菌消毒，对酿酒酵母菌进行人工。

A mutant, TS-N-121 was obtained by mutation and plate screening from a parent strain Mycobacterium fortuitum MF2 , which could transform sterol into androstanedione as the main product.

从雄甾二酮的转化产生菌偶发分枝杆菌MF2出发,经紫外结合平板筛选,获得一株主要转化生产睾酮的突株TS-N-121。

Technique of mutation breeding in gladiola was studied by meansof electron beam.

用电子束辐射唐菖蒲种球，研究唐菖蒲的诱育种。

The research showed a lot of functional ingredients such as anthocyanin, phenolic acid, polysaccharide, proanthocyanidin.

荔枝果核或果皮的萃取物有氧化、炎症、诱、预防糖尿病、降血脂以及其它生理功能。

Abstract： Technique of mutation breeding in gladiola was studied by means of electron beam.

摘 要： 用电子束辐射唐菖蒲种球，研究唐菖蒲的诱育种。

Some effective measures beneficial to the production of alkaline proteinase are discussed: organismal rejuvenation, mutagenesis breeding. metabolic regulation and improvement of technology condition.

综述了提高碱性蛋白酶生产效益的可能途径：菌种的及时复壮，菌种的诱选育，菌种的代谢调控选育，件的控制。

Accelerating the aging of new wine and new vinegar, sterilizing fermented foods and mutagenizing Saccharomyces cerevisia by modern physical technology were reviewed in this paper.

摘要综述了利用现代物理技术分别对新酒和新醋进行人催陈，对发酵食品进行灭菌消毒，对酿酒酵母菌进行人诱。

A mutant, TS-N-121 was obtained by mutation and plate screening from a parent strain Mycobacterium fortuitum MF2 , which could transform sterol into androstanedione as the main product.

从雄甾二酮的转化产生菌偶发分枝杆菌MF2出发,经紫外诱结合平板筛选,获得一株主要转化生产睾酮的突株TS-N-121。

Technique of mutation breeding in gladiola was studied by meansof electron beam.

用电射唐菖蒲种球，研究唐菖蒲的诱育种。

The research showed a lot of functional ingredients such as anthocyanin, phenolic acid, polysaccharide, proanthocyanidin.

荔枝果核或果皮的萃取物具有抗氧化、抗炎症、抗诱、预防糖尿病、降血脂以及其它生理功能。

Abstract： Technique of mutation breeding in gladiola was studied by means of electron beam.

摘 要： 用电射唐菖蒲种球，研究唐菖蒲的诱育种。

Some effective measures beneficial to the production of alkaline proteinase are discussed: organismal rejuvenation, mutagenesis breeding. metabolic regulation and improvement of technology condition.

综述了提高碱性蛋白酶生产效益的可能途径：菌种的及时复壮，菌种的诱选育，菌种的代谢调控选育，艺条件的控制。

Accelerating the aging of new wine and new vinegar, sterilizing fermented foods and mutagenizing Saccharomyces cerevisia by modern physical technology were reviewed in this paper.

摘要综述了利用现代物理技术分别对新酒和新醋进行陈，对发酵食品进行灭菌消毒，对酿酒酵母菌进行诱。

A mutant, TS-N-121 was obtained by mutation and plate screening from a parent strain Mycobacterium fortuitum MF2 , which could transform sterol into androstanedione as the main product.

从雄甾二酮的转化产生菌偶发分枝杆菌MF2出发,经紫外诱结合平板筛选,获得一株主要转化生产睾酮的突株TS-N-121。

Technique of mutation breeding in gladiola was studied by meansof electron beam.

用电子束辐射唐菖，研究唐菖的诱育。

The research showed a lot of functional ingredients such as anthocyanin, phenolic acid, polysaccharide, proanthocyanidin.

荔枝果核或果皮的萃取物具有抗氧化、抗炎症、抗诱、预防糖尿病、降血脂以及其它生理功能。

Abstract： Technique of mutation breeding in gladiola was studied by means of electron beam.

摘 要： 用电子束辐射唐菖，研究唐菖的诱育。

Some effective measures beneficial to the production of alkaline proteinase are discussed: organismal rejuvenation, mutagenesis breeding. metabolic regulation and improvement of technology condition.

综述了提高白酶生产效益的可能途径：菌的及时复壮，菌的诱选育，菌的代谢调控选育，工艺条件的控制。

Accelerating the aging of new wine and new vinegar, sterilizing fermented foods and mutagenizing Saccharomyces cerevisia by modern physical technology were reviewed in this paper.

摘要综述了利用现代物理技术分别对新酒和新醋进行人工催陈，对发酵食品进行灭菌消毒，对酿酒酵母菌进行人工诱。

A mutant, TS-N-121 was obtained by mutation and plate screening from a parent strain Mycobacterium fortuitum MF2 , which could transform sterol into androstanedione as the main product.

从雄甾二酮的转化产生菌偶发分枝杆菌MF2出发,经紫外诱结合平板筛选,获得一株主要转化生产睾酮的突株TS-N-121。