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... of bacterial protoplasts, is a proteolytic enzyme produced by deep fermentation, extraction, and refining. Its main enzyme component is Bacillus licheniformis protease, which is a serine type endonuclease t...
..., is a proteolytic enzyme produced by deep fermentation, extraction, and refining. Its main enzyme component is Bacillus licheniformis protease, which is a serine type endonuclease that can hydrolyze protein...
... protoplasts, is a proteolytic enzyme produced by deep fermentation, extraction, and refining. Its main enzyme component is Bacillus licheniformis protease, which is a serine type endonuclease that can hydro...
... protoplasts, is a proteolytic enzyme produced by deep fermentation, extraction, and refining. Its main enzyme component is Bacillus licheniformis protease, which is a serine type endonuclease that can hydro...
...proteolytic enzyme produced by deep fermentation, extraction, and refining. Its main enzyme component is Bacillus licheniformis protease, which is a serine type endonuclease that can hydrolyze protein molecu...
... of bacterial protoplasts, is a proteolytic enzyme produced by deep fermentation, extraction, and refining. Its main enzyme component is Bacillus licheniformis protease, which is a serine type endonuclease t...
...bacterial protoplasts, is a proteolytic enzyme produced by deep fermentation, extraction, and refining. Its main enzyme component is Bacillus licheniformis protease, which is a serine type endonuclease that ...
...extracted from the excellent strain of Trichoderma reesei through deep fermentation and refinement. It can degrade the abundant hemicellulose of xylan found in nature and is widely used in baking, feed, brew...
...extracted from pineapple stems, leaves, and skin, and is subjected to vacuum freeze-drying and enzyme activity protection technology. It has high enzyme activity and good thermal stability. Dissolved in wate...
...chain-terminalizing enzyme, which can efficiently catalyze the hydrolysis of proteins and peptides to produce free amino acids, and it can be used in different industries such as food processing, condiments,...
...chain-terminalizing enzyme, which can efficiently catalyze the hydrolysis of proteins and peptides to produce free amino acids, and it can be used in different industries such as food processing, condiments,...
... to peptide chain-terminalizing enzyme, which can efficiently catalyze the hydrolysis of proteins and peptides to produce free amino acids, and it can be used in different industries such as food processing,...
... carbohydrates into smaller, more easily digestible components. This allows the animal to extract more nutrients from their feed, leading to improved growth and overall health. The Multi Enzyme product has a...
...chain-terminalizing enzyme, which can efficiently catalyze the hydrolysis of proteins and peptides to produce free amino acids, and it can be used in different industries such as food processing, condiments,...
... and drying cassava after starch extraction. Our starch separators are disc separators with high speed and continuous nozzle discharge. They are mainly used for protein separation in the starch industry, lik...
... speeds, creating a centrifugal force that causes the denser components to move towards the outside of the tube. This process can be used for a variety of applications, including cell and protein purificatio...
... samples at a rapid speed, creating centrifugal force which enables the separation of components in a sample based on their densities. In this way, individual components such as proteins, DNA, and other subs...
..., rapid tissue grinder, multi-sample tissue homogenizer, and rapid sample homogenization system. It can extract and purify raw NDA, RNA and protein from any source (including soil, plant and animal tissues/o...
... backflow, completing the mixing process. The materials are evenly mixed, fully expanded, free of air bubbles, elastic, brightly colored, and enriched with extracted proteins. The vacuum level...
... with rich experiences in separation technologies aim at material extraction and purification of cell proteins as well as blood plasma separation. Successful applications: * Microbial concentration * Concent...