首页> 外国专利> PREPARATION METHOD FOR TRANSGENIC YEAST USING GENE CALLED MULTIPLE STRESS RESPONSIBLE GENE 1 (MuS1) WITH INCREASED RESISTANCE TO ABIOTIC STRESS OR BIOETHANOL PRODUCTION, AND YEAST PREPARED THEREBY

PREPARATION METHOD FOR TRANSGENIC YEAST USING GENE CALLED MULTIPLE STRESS RESPONSIBLE GENE 1 (MuS1) WITH INCREASED RESISTANCE TO ABIOTIC STRESS OR BIOETHANOL PRODUCTION, AND YEAST PREPARED THEREBY

机译:利用对生物胁迫或生物乙醇产生的抗性增强的基因调用的多重应激反应基因1(MuS1)制备转基因酵母的方法及其制得的酵母

摘要

The present invention relates to a method for increasing the resistance to abiotic stress or fermentation yield of yeast, which comprises the step of: transforming yeast with a recombinant vector including a gene called MuS1 derived from a sweet potato so as to overexpress the gene called MuS1. Therefore, various kinds of crops strong against abiotic stress can be developed by using the gene called MuS1, and fermentation yield can be improved in the production of biofuel from sugar-based biomass due to the enhancement of stress resistance by preparing a transgenic yeast into which the gene called MuS1 is introduced and which is very useful in industry.;COPYRIGHT KIPO 2014;[Reference numerals] (AA) Alcohol yield of TG strain; (BB) Alcohol yield of WT strain; (CC) Residual glucose content of TG strain; (DD) Residual glucose content of WT strain
机译:本发明涉及提高酵母对非生物胁迫或发酵产量的抗性的方法,该方法包括以下步骤:用重组载体转化酵母,所述重组载体包含来自甘薯的名为MuS1的基因,以过表达该MuS1的基因。 。因此,通过使用称为MuS1的基因,可以开发出多种抗非生物胁迫的农作物,并且通过制备转基因酵母,由于提高了抗逆性,因此可以提高从糖基生物质生产生物燃料的发酵产量。 COPYRIGHT KIPO 2014; [参考数字](AA)TG菌株的酒精产量; (BB)WT菌株的酒精产量; (CC)TG菌株的残留葡萄糖含量; (DD)WT菌株的残留葡萄糖含量

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