4 results about "Lipoxygenase" patented technology

This invention discloses a low-temperature sterilization method for feed based on the synergistic effect of a complex bioenzyme, comprising the following steps: a pretreatment stage; a dynamic reaction stage: under conditions of 40-50℃ and 60%-70% humidity, the enzyme-catalyzed reaction lasts for 30 minutes, decomposing the microbial structure; and residual enzyme activity is inactivated by short-term pulsed ultraviolet light. The complex enzymes include lysozyme, thermophilic protease, and lipoxygenase, and the nano-chitosan carrier is mixed with the complex enzymes at a mass ratio of 1:1. This invention avoids the destruction of heat-sensitive nutrients by operating at low temperature (40-50℃), achieves broad-spectrum sterilization by utilizing the synergistic effect of the complex enzymes, covering various microorganisms such as bacteria, molds, and spores, and simultaneously uses ultraviolet inactivation technology to ensure no chemical residues, protecting animal health and environmental safety. This method has low equipment cost, is easy to operate, and has no public acceptance issues, providing a green, efficient, and economical solution for the feed processing industry, significantly improving the efficiency and safety of feed sterilization technology.

The present application belongs to the technical field of biological medicine, and particularly relates to an oral preparation of lipoxygenase of a healthy donor treatment type intestinal flora exosome package and a preparation method and application thereof. The oral preparation of lipoxygenase of a healthy donor treatment type intestinal flora exosome package comprises 0.18-0.78wt% lipoxygenase, 0.24-0.48wt% fucoidan, 1.0-2.0wt% tetrahydropyrimidine and a healthy donor treatment type intestinal flora exosome supplementing to 100% according to weight percentage. The present application adopts an ultrasonic method to prepare the lipoxygenase of a healthy donor treatment type intestinal flora exosome package, uses the treatment type intestinal flora exosome as a natural medicine carrier, successfully solves the technical problem of low oral bioavailability of lipoxygenase, and provides a new effective means for enhancing immunity and preventing and treating tumors.

The present invention relates to a Chlamydomonas insulata-derived 15S-lipoxygenase for simultaneously producing resolvin D5 and protectin Dx. More specifically, provided are: a composition for producing resolvin D5 and protectin Dx, the composition comprising, as an active ingredient, a Chlamydomonas insulata-derived 15S-lipoxygenase or a gene encoding same; a method for producing resolvin D5 and protectin Dx, the method comprising the step of treating a substrate with the composition; a recombinant expression vector for producing resolvin D5 and protectin Dx, the recombinant expression vector comprising the 15S-lipoxygenase gene; and a transformant in which a host cell is transformed with the recombinant expression vector.

The invention relates to a baking technology of fragrant tea leaves, and belongs to the technical field of tea leaf processing. In the tea leaf preparation process, supercritical CO2 extraction is used, activated carbon adsorption is used for effectively removing caffeine in tea leaves, meanwhile, activated carbon is soaked with an ethanol solution and then alternately soaked with acid and alkali, the removal efficiency of caffeine in the tea leaves can be improved, and the bitterness of the tea leaves is remarkably reduced; besides, cellulase, catalase and lipoxygenase are further selected for composite synergistic fermentation, the taste and fragrance of the tea leaves are obviously improved, the fermented leaves are subjected to fixation, rolling, baking, spreading and cooling and then mixed with the shaddock peel to be baked, and the taste and fragrance of the tea leaves can be obviously improved.