A high-efficiency extraction of heparin natrase membrane-coupled enzymatic hydrolysis device

Abstract

The invention discloses an enzyme membrane coupled enzymolysis device for efficiently extracting heparin sodium. The enzyme membrane coupled enzymolysis device comprises a loading box, an operation box I, an operation box II and a collection box, wherein a centrifugal machine is arranged at the upper end of the loading box, the loading box, the operation box I, the operation box II and the collection box are sequentially connected by virtue of transmission pipes from left to right, a pH controller is arranged inside the operation box I, a protease container and a sterilizer are arranged at the upper end of the operation box II, the protease container and the sterilizer are connected by virtue of a transmission pipe, a high temperature steam engine is arranged inside the operation box II, a vacuum pump is arranged inside the collection box, a temperature controller is arranged at the upper end of the collection box, heparin sodium is obtained and transmitted to the interior of the collection box, the temperature controller is utilized for controlling temperature of the collection box, the vacuum pump is used for pumping the air, an appropriate environment is constructed for extraction of heparin sodium, and design is novel, so that the enzyme membrane coupled enzymolysis device is worthy of popularization.

Description

technical field [0001] The invention relates to the technical field of enzymatic hydrolysis devices, in particular to an enzyme-membrane coupled enzymatic hydrolysis device for efficiently extracting heparin sodium. Background technique [0002] Enzymolysis: It is the movement of the body through the digestive tract and the enzymolysis of the secretions of the digestive glands. It makes large pieces of food with complex molecular structures, but the interaction between the two cannot be ignored. For example, nerves and hormones act on the same target cell at the same time to reinforce each other. For the enzymatic hydrolysis technology of heparin sodium, protease is generally used for enzymatic hydrolysis. How much, the traditional protease enzymatic hydrolysis technology has a big defect, that is, the enzymatic hydrolysis process cannot be pollution-free and the enzymatic hydrolysis speed is slow. To our research results, there is a deviation, so it is very necessary for u...

AI Technical Summary

Problems solved by technology

For the enzymatic hydrolysis technology of heparin sodium, protease is generally used for enzymatic hydrolysis. How much, the traditional protease enzymatic hydrolysis technology has a big defect, that is, the enzymatic hydrolysis process cannot be pollution-free and the enzymatic hydrolysis speed is slow. It is very necessary for us to design a high-efficiency extraction of heparin sodium enzyme-membrane-coupled enzymatic hydrolysis device.

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