几种氨肽酶把肽水解成氨基酸。
Several aminopeptidases complete the hydrolysis of peptides into amino acids.
研究脯氨肽酶活性中心的结构具有重要理论意义和潜在实用价值。
So it was important from both practical and theoretical point of view to study the active site structure of prolidase.
氨肽酶是一类从多肽链的氮末端顺序逐个水解氨基酸的酶，在蛋白水解液脱苦和蛋白质的深度水解中有重要作用。
Aminopeptidase, a collection of enzymes which can remove amino acid from the N-terminus of peptides one by one, is very important in protein hydrolysate production and debittering.
结果1%的大豆蛋白质溶液经胰蛋白酶水解，水解液呈苦味，添加氨肽酶可较好地脱苦，水解液中游离氨基酸的总量增加了28.8%，疏水氨基酸的量也明显增加。
The bitterness could be removed by the addition of aminopeptidase. The amount of free amino acids was increased by 28.8 % and the amount of hydrophobic amino acid was also in-creased obviously.
结果1%的大豆蛋白质溶液经胰蛋白酶水解，水解液呈苦味，添加氨肽酶可较好地脱苦，水解液中游离氨基酸的总量增加了28.8%，疏水氨基酸的量也明显增加。
The bitterness could be removed by the addition of aminopeptidase. The amount of free amino acids was increased by 28.8 % and the amount of hydrophobic amino acid was also in-creased obviously.
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