Abstract in simplified Chinese:本发明之具体实施例系指一种制造二酰基甘油酯的方法,包含混合一个或多个甘油的脂肪酸脂类与至少一种选自解脂或内解脂中之一的酶、并且至少一部份一个或多个甘油的脂肪酸酯类进行酯基移转作用、以制造二酰基甘油酯,该酶可以是一种自由态酶或固定不动的酶。甘油的脂肪酸脂类可包含至少一酰基甘油酯、二酰基甘油酯、三酰基甘油酯中之一种。此外,本发明方法之具体实施例可包含将至少一个脂肪酸和一个脂肪酸低醇酯类中之一者、与一个或多个甘油的脂肪酸酯类和酶混合,其他的具体实施例可包含将甘油与一个或多个甘油的脂肪酸酯类和酶混合。094130961-p01.bmp
Abstract in simplified Chinese:本组合物系从植物中萃取植物化学物质所制成,本组合物含丰富的异黄酮、木素糖、植物皂素、儿茶酸与酚酸,大豆是这些物质的较佳来源,然而其他植物也可同样利用,例如:红苜蓿、葛、亚麻及可可。本组合物可当成治疗各种癌症、前后经期征候群及各种失调症之饮食补充品。
Abstract in simplified Chinese:本组合物系从植物中萃取植物化学物质所制成,本组合物含丰富的异黄酮、木素糖、植物皂素、儿茶酸与酚酸,大豆是这些物质的较佳来源,然而其他植物也可同样利用,例如:红苜蓿、葛、亚麻及可可。本组合物可当成治疗各种癌症、前后经期征候群及各种失调症之饮食补充品。
Abstract in simplified Chinese:本组合物系从植物中萃取植物化学物质所制成,本组合物含丰富的异黄酮、木素糖、植物皂素、儿茶酸与酚酸,大豆是这些物质的较佳来源,然而其他植物也可同样利用,例如:红苜蓿、葛、亚麻及可可。本组合物可当成治疗各种癌症、前后经期征候群及各种失调症之饮食补充品。
Abstract in simplified Chinese:本组合物系从植物中萃取植物化学物质所制成,本组合物含丰富的异黄酮、木素糖、植物皂素、儿茶酸与酚酸,大豆是这些物质的较佳来源,然而其他植物也可同样利用,例如:红苜蓿、葛、亚麻及可可。本组合物可当成治疗各种癌症、前后经期征候群及各种失调症之饮食补充品。
Abstract:
An improved method is provided for the quantitative analysis of mixtures including various sugars, sugar alcohols and related dehydration products, whereby these are enabled to be effectively and accurately quantitated through gas chromatography, for example, by their derivatization with a carboxylic acid, carboxylic acid anhydride or halide in the presence of a metal triflate catalyst. The method can be carried out at essentially room temperature conditions, with a sufficiently rapid and complete derivatization, even in the presence of substantial amounts of water, that the materials to be quantitated do not substantially break down or degrade and substantially completely accounted for in a derivatized form.
Abstract:
An improved method is provided for the quantitative analysis of mixtures including various sugars, sugar alcohols and related dehydration products, whereby these are enabled to be effectively and accurately quantitated through gas chromatography, for example, by their derivatization with a carboxylic acid, carboxylic acid anhydride or halide in the presence of a metal triflate catalyst. The method can be carried out at essentially room temperature conditions, with a sufficiently rapid and complete derivatization, even in the presence of substantial amounts of water, that the materials to be quantitated do not substantially break down or degrade and substantially completely accounted for in a derivatized form.
Abstract:
Improved production of threonine from E. coli by fermentation is accomplished by attenuation of the expression of either or both of the yafV gene encoding omega-amidase (a.k.a. 2-oxoglutaramate amidase). The strain also has attenuated expression of the ilvA gene encoding threonine dehydratase (a.k.a threonine deaminase). Attenuation is accomplished by engineering these genes to contain a weaker ribosome site.