首页> 外国专利> RECOMBINANT VECTOR AND RECOMBINANT MICROORGANISM COMPRISING CHIMERIC KAPPA-CARRAGEENASE GENE AND CHIMERIC LAMDA-CARRAGEENASE GENE

RECOMBINANT VECTOR AND RECOMBINANT MICROORGANISM COMPRISING CHIMERIC KAPPA-CARRAGEENASE GENE AND CHIMERIC LAMDA-CARRAGEENASE GENE

机译:包含嵌合κ-角叉菜聚糖酶基因和嵌合LAMDA-角叉菜聚糖酶基因的重组载体和重组微生物

摘要

The present invention relates to a recombinant vector including a chimeric kappa-carrageenase or lambda-carrageenase gene and to a recombinant microorganism. More specifically, the present invention relates to a vector and to a recombinant microorganism transformed through the vector, wherein the vector includes: a gene of kappa-carrageenase or lambda-carrageenase derived from Pseudoalteromonas carrageenovora; and a dockerin module of fibrinogenase. According to the present invention, in a step of separating and refining carrageenase, refining can be performed using cellulous which is relatively cheaper than high price resins so as to be economically effective. Moreover, when carrageenase is produced, compared to existing techniques that depend on physical and chemical pretreatment steps, a decomposing step using enzymes is induced. Accordingly, a low cost and high-efficiency environmentally-friendly decomposing system which can control products and can be easily utilized is used, so that valuable products can be effectively converted from marine algae.
机译:本发明涉及包含嵌合κ-角叉菜胶酶或λ-角叉菜胶酶基因的重组载体和重组微生物。更具体地,本发明涉及载体和通过该载体转化的重组微生物,其中该载体包括:衍生自角叉假单胞菌角叉假单胞菌的κ-角叉菜胶酶或λ-角叉菜胶酶的基因;和纤维蛋白原酶的dockerin模块。根据本发明,在分离和精制角叉菜胶酶的步骤中,可以使用纤维素进行精制,所述纤维素相对于高价树脂便宜,从而在经济上有效。此外,当产生角叉菜胶酶时,与依赖于物理和化学预处理步骤的现有技术相比,诱导了使用酶的分解步骤。因此,使用了可以控制产品并且易于使用的低成本且高效率的环保分解系统,从而可以从海藻中有效地转化有价值的产品。

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