首页> 外国专利> Culture media pie castor for simultaneous produu00c7u00e7o residual enzymes phytase and Tanase, and detoxificau00c7u00e7o of castor oil meal by microorganism Paecilomyces variotii through fermentau00c7u00e7o su00e0lida enzymes obtained and their uses.

Culture media pie castor for simultaneous produu00c7u00e7o residual enzymes phytase and Tanase, and detoxificau00c7u00e7o of castor oil meal by microorganism Paecilomyces variotii through fermentau00c7u00e7o su00e0lida enzymes obtained and their uses.

机译:培养基中的脚轮可同时发酵产品中的残留酶植酸酶和单宁酶,以及通过发酵罐发酵的水变微生物拟青霉对蓖麻油粉的解毒作用及其用途。

摘要

Culture media pie castor for simultaneous produu00c7u00e7o residual enzymes phytase and Tanase, and detoxificau00c7u00e7o of castor oil meal by microorganism Paecilomyces variotii through fermentau00c7ao su00e0lida, enzymes obtained and their uses.The present invention is the simultaneous production of phytase in pie Tanase and residual oil in solid state fermentation of Paecilomyces variotii, besides the decrease of the concentration of ricin after fermentation, thus promoting its detoxification it using enzymes in feed. In animal is known and is being well. Explored.The biggest difficulty to expand the use of enzymes is still the cost of production. The use of residues for animal feed is a viable alternative for this sector, and to the production of bio catalysts by solid fermentation. This invention has determined optimal values in the constitution of the culture medium using residual oil pie for the production of enzymes.Phytase and Tanase through fermentation by microorganism Paecilomyces variotii solid in order to obtain the greatest amount of enzyme produced and its major activities.In addition, the present invention allows detoxification it pie residuar of castor oil plant, due to the degradation of ricin, its main toxic agent, and, in this way, taking the residue an interesting ingredient for use in animal feed.
机译:通过发酵罐发酵的同时由水变微生物拟青霉(Paecilomyces variotii)对蓖麻油粕进行解毒的同时生产残余酶植酸酶和单宁酶以及蓖麻油解毒的培养基,本发明就是其用途。派氏拟青霉固态发酵中同时产生馅饼中的植酸酶和残留油中的植酸酶,此外发酵后蓖麻毒素的浓度降低,从而促进了其在饲料中的酶解毒作用。在动物界是众所周知的,并且过得很好。探索。扩大酶的使用的最大困难仍然是生产成本。将残余物用于动物饲料是该领域以及通过固体发酵生产生物催化剂的可行替代方法。本发明已经确定了使用残留油饼来生产酶的培养基的构造的最佳值。通过微生物拟青霉固体发酵而获得的磷酸酶和单宁酶,以获得最大量的所产生的酶及其主要活性。 ,由于蓖麻毒素(蓖麻毒素)是蓖麻油的主要有毒物质的降解,因此本发明允许对蓖麻油植物的残留进行解毒,并以此方式将残留物作为动物饲料中有用的成分。

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