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... post-process technology. which can effectively enzymatically cleave the α-galactoside bond and decompose it into usable sugar, thus eliminating the anti-nutritional effect of α-galactose and improving the u...
... technology. It can effectively hydrolyze proteins under low pH conditions and can be widely used in alcohol, liquor, beer, brewing and other food processing industries. Item Specification Type ......
..., microbe (bacillus subtilis) fermentation and advanced post-process technology. It has efficient disulfide bond reductase and peptide hydrolase activities, which can effectively catalyze the hydrolysis of p...
...microbe (bacillus subtilis) fermentation and advanced post-process technology. It has efficient disulfide bond reductase and peptide hydrolase activities, which can effectively catalyze the hydrolysis of pro...
...microbe (bacillus subtilis) fermentation and advanced post-process technology. It has efficient disulfide bond reductase and peptide hydrolase activities, which can effectively catalyze the hydrolysis of pro...
..., hemicellulose, proteases, Lipase, Amylase and other single enzymes. It can effectively break the biofilm formed by bacteria and microorganisms, and then remove organic stains such as protein, grease and st...
...Technology with modern genetic engineering, microbe (bacillus subtilis) fermentation and advanced post-process technology. It can effectively catalyze the hydrolysis of proteins in a mild temperature and pH ...
... by Besthway Technology with modern genetic engineering, microbe fermentation and advanced post-process technology. It can effectively catalyze the hydrolysis of proteins in a wide range of temperatures and ...
...process technology. It has efficient disulfide bond reductase and peptide hydrolase activities, which can effectively catalyze the hydrolysis of proteins, especially keratins, and can be widely used in many ...
..., hemicellulose, proteases, Lipase, Amylase and other single enzymes. It can effectively break the biofilm formed by bacteria and microorganisms, and then remove organic stains such as protein, grease and st...
..., hemicellulose, proteases, Lipase, Amylase and other single enzymes. It can effectively break the biofilm formed by bacteria and microorganisms, and then remove organic stains such as protein, grease and st...
...Technology with modern genetic engineering, microbe (bacillus subtilis) fermentation and advanced post-process technology. It can effectively catalyze the hydrolysis of proteins in a mild temperature and pH ...
...h modern genetic engineering, microbe fermentation and advanced post-process technology. It belongs to peptide chain-terminalizing enzyme, which can efficiently catalyze the hydrolysis of proteins and peptid...
...h modern genetic engineering, microbe fermentation and advanced post-process technology. It can effectively catalyze the hydrolysis of proteins in a wide range of temperatures and pH, especially adapted to a...
... engine performance via sophisticated multi-stage injection technology. Post-installation, harsh shaking and loud noises during cold starts vanish instantly, replaced by smooth, quiet idling and consistent, ...
...er many years of collaboration, through microbial liquid submerged fermentation, under modern genetic engineering technology, and advanced post-processing techniques. It can release inorganic phosphorus thro...
... fermentation technology and advanced post processing techniques with high efficient protein-disulfide reductase and peptide hydrolysis enzymes, which could be widely used in feed, textile, detergent and any...
... fermentation technology and advanced post processing techniques with high efficient protein-disulfide reductase and peptide hydrolysis enzymes, which could be widely used in feed, textile, detergent and any...
..., Ltd with modern genetic engineering, microbe (Pichia Pastoris) fermentation and advanced post-process technology. It has efficient disulfide bond reductase and peptide hydrolysis enzyme activity, and can e...
... protease is developed by modern genetic engineering technology, microbial fermentation technology and advanced post processing techniques with high efficient protein-disulfide reductase and peptide hydrolys...