英语翻译Figures 2A~2C shows the activities of protease,lipase,and amylase of crude enzyme extracts of squid viscera.Among the three classes of digestive enzymes,the activity of lipase was highest.The highest activities of protease,lipase,and amyl
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英语翻译Figures 2A~2C shows the activities of protease,lipase,and amylase of crude enzyme extracts of squid viscera.Among the three classes of digestive enzymes,the activity of lipase was highest.The highest activities of protease,lipase,and amyl
英语翻译
Figures 2A~2C shows the activities of protease,lipase,
and amylase of crude enzyme extracts of squid viscera.
Among the three classes of digestive enzymes,the activity of
lipase was highest.The highest activities of protease,lipase,
and amylase were found in n-hexane treated squid viscera
samples comparing to SCO2 treated.The digestive enzyme
activities of squid viscera samples might be lost due to the treatment by SCO2.The loss of enzyme activity after SCO2
treatment has been argued prior research that attributed to
the interactions between CO2 and the enzyme.This means
CO2 may form covalent complexes with free amino groups
on the surface of the enzyme [20,21].
英语翻译Figures 2A~2C shows the activities of protease,lipase,and amylase of crude enzyme extracts of squid viscera.Among the three classes of digestive enzymes,the activity of lipase was highest.The highest activities of protease,lipase,and amyl
鱿鱼内脏的粗酶提取物中的蛋白酶、脂肪酶及淀粉酶的活性如图2A~2C所示.在消化酶的三类中,脂肪酶的活性最高.与SCO2处理的相比,经正己烷处理的鱿鱼内脏样品蛋白酶、脂肪酶及淀粉酶有最高酶活.鱿鱼内脏样品中的消化酶可能因为SCO2的处理而活性丧失.在SCO2处理后酶活的丧失在研究前已经讨论过,可归因于二氧化碳和酶的交互作用,这说明二氧化碳可能在酶的表面与游离氨基基团形成共价复合物[20,21].