Increase of WSE yield at TeP130 C can be explained by two
occurring hydrolysis reactions: (1) hydrolysis of protein (producing
water-soluble peptides and amino acids) or (2) hydrolysis of
carbohydrates (producing water-soluble oligosaccharides and simple
sugars). Both of these reactions can contribute to the total
amount of WSE produced, but it is possible that one contributes
more than the other, since hydrolysis of different types of bonds
is preferred at different conditions. For instance, in the article
reported by Rogalinski, Liu, Albrecht, and Brunner (2008), which
studied the hydrolysis kinetics of cellulose, starch and BSA in Sub-
CW from 210 C to 310 C, it was proven that the two carbohydrate
biopolymers were much more susceptible towards hydrolytic degradation
at the studied reaction conditions than the protein one.
Peptide bonds present within the protein structure are therefore
much more stable than glycosidic bonds present within the carbohydrates.
Also, as already mentioned, other products may have
been formed during extraction.
Increase of WSE yield at TeP130 C can be explained by twooccurring hydrolysis reactions: (1) hydrolysis of protein (producingwater-soluble peptides and amino acids) or (2) hydrolysis ofcarbohydrates (producing water-soluble oligosaccharides and simplesugars). Both of these reactions can contribute to the totalamount of WSE produced, but it is possible that one contributesmore than the other, since hydrolysis of different types of bondsis preferred at different conditions. For instance, in the articlereported by Rogalinski, Liu, Albrecht, and Brunner (2008), whichstudied the hydrolysis kinetics of cellulose, starch and BSA in Sub-CW from 210 C to 310 C, it was proven that the two carbohydratebiopolymers were much more susceptible towards hydrolytic degradationat the studied reaction conditions than the protein one.Peptide bonds present within the protein structure are thereforemuch more stable than glycosidic bonds present within the carbohydrates.Also, as already mentioned, other products may havebeen formed during extraction.
การแปล กรุณารอสักครู่..
Increase of WSE yield at TeP130 C can be explained by two
occurring hydrolysis reactions: (1) hydrolysis of protein (producing
water-soluble peptides and amino acids) or (2) hydrolysis of
carbohydrates (producing water-soluble oligosaccharides and simple
sugars). Both of these reactions can contribute to the total
amount of WSE produced, but it is possible that one contributes
more than the other, since hydrolysis of different types of bonds
is preferred at different conditions. For instance, in the article
reported by Rogalinski, Liu, Albrecht, and Brunner (2008), which
studied the hydrolysis kinetics of cellulose, starch and BSA in Sub-
CW from 210 C to 310 C, it was proven that the two carbohydrate
biopolymers were much more susceptible towards hydrolytic degradation
at the studied reaction conditions than the protein one.
Peptide bonds present within the protein structure are therefore
much more stable than glycosidic bonds present within the carbohydrates.
Also, as already mentioned, other products may have
been formed during extraction.
การแปล กรุณารอสักครู่..