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“In an electrophoresis study, the protective effect of gelatin complexation on the trypsin digestion was also confirmed in terms of the molecular weight loss.”
“The biological activity of bFGF was reduced by the trypsin treatment , but the reduced extent was suppressed through gelatin complexation at 37°C.”
“The gelatin of RA was digested in a wide linear range of activity of trypsin from 34 to 1088 U mL −1 resulting in a red shift of the absorption peak of RA from 263 to 474 nm within 10 min.”
“Pre-treatment with a lower concentration of trypsin (1 U/g) at a shorter pre-treatment time successfully reduced the degradation of gelatin with co-production of high molecular weight α-chains.”
Current Research in Food Science • 2020 | View Paper
“Twofold higher yields of gelatin with high molecular weight protein chains were achieved in the optimized process with trypsin treatment when compared to the process without trypsin.”
Journal of Food Science and Technology • 2017 | View Paper
“The velocity of hydrolysis of gelatin by trypsin increases more slowly than the gelatin concentration and finally becomes nearly independent of the gelatin concentration.”