3results about How to "Support growth" patented technology

The application discloses a financial risk intelligent risk control middle platform system and method based on multi-dimensional data integration, and belongs to the field of financial risk intelligent risk control. The financial risk intelligent risk control middle platform system based on multi-dimensional data integration comprises a data processing module, a model construction module, a decision construction module and a scheme formulation module. The application solves the problems of poor system integration, high maintenance cost, low availability, insufficient expansibility, low information transparency and great management difficulty in the prior art, greatly shortens the strategy iteration cycle, meets the demand of high-concurrency business scenarios, improves the accuracy of fraud identification and credit evaluation, reduces the misjudgment rate, can adapt to market changes, reduces repeated development through unified variable management, improves the data asset reuse rate, improves business autonomy, flexibly outputs the risk control capability to support personalized product design, and realizes the best balance between risk and benefit through the deep cooperation of risk control and business.

The invention provides a casein source 3D printing bio-ink and a preparation method of a biological scaffold and cell culture meat. The bio-ink is prepared from the following raw materials in parts by weight: 15.6 parts of gelatin; 2.6 parts of sodium alginate; 4.2 parts of casein; 52.5 parts of a sodium hydroxide deionized water solution with a pH value of 8; and 87.5 parts of a sterile 1 * PBS buffer solution. The ink is subjected to extrusion type 3D printing and calcium chloride crosslinking to obtain a biological scaffold; c2C12 cells are inoculated on the support, and cell culture meat is obtained through proliferation-differentiation culture. The problems that existing 3D printing bio-ink is single in performance and poor in component adaptability, a biological scaffold material is insufficient in mechanical stability, and nutritional ingredients are deficient are solved. The prepared bio-ink has excellent mechanical properties and printing adaptability, and provides key technical support for industrial preparation of cell culture meat.

The invention discloses a method for increasing the content of gamma-aminobutyric acid in traditional Chinese medicine through fermentation. The method comprises the following steps: S1, superfine grinding of raw materials; s2, performing enzymolysis treatment; s3, fermentation treatment; lactobacillus plantarum and lactobacillus reuteri are selected to be matched for fermentation. A compound enzyme system (cellulase, pectinase and hemicellulase) is added, and the enzyme addition amount is 600 U / g-1400 U / g; the content of GABA in a bacterium synergistic fermentation system is obviously higher than that of a single bacterium fermentation system. Experimental data show that the GABA content can reach 131.5 + / -0.7 [mu] mol / g under the synergistic fermentation condition for 48 h, the GABA content under the lactobacillus plantarum single bacterium fermentation condition and the GABA content under the lactobacillus reuteri single bacterium fermentation condition are 45.5 + / -1.1 [mu] mol / g and 29.9 + / -2.1 [mu] mol / g respectively, the GABA yield is increased by about 2.9-4.4 times through synergistic fermentation, and it is proved that the method can effectively promote efficient conversion and accumulation of glutamic acid into GABA.