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食品酶学 版权信息
- ISBN:9787564571559
- 条形码:9787564571559 ; 978-7-5645-7155-9
- 装帧:一般胶版纸
- 册数:暂无
- 重量:暂无
- 所属分类:>>
食品酶学 内容简介
本教材系统地介绍了食品酶学的基本理论、食品酶制剂生产技术、酶的固定化、酶分子修饰技术、酶在食品分析与检测中的应用,以及酶制剂在水产品、肉品、酒、果蔬等食品加工过程中的应用,融合了酶学基本理论和食品领域**的应用技术,将理论与实践相结合,深入浅出,使学生能够掌握食品酶学的基本原理与方法,认识酶在食品加工、质量提升及安全保障等领域的重要作用,同时学习专业词汇,为英语文献阅读、写作和学术交流打好基础。
食品酶学 目录
Chapter 1 Enzymes in Food Technology-Introduction
1.1 Important terms to understand enzymes
1.2 History
1.3 Characteristics of enzyme
1.4 Industrial enzymes
1.5 Food enzymes
Chapter 2 Basic Theory of Enzymology
2.1 Classification and nomenclature of enzymes
2.2 Composition and structure of enzymes
2.3 Enzyme kinetics
2.4 Factors affecting enzyme activity
2.5 Enzyme assay
Chapter 3 Extraction,Purification and Production of Enzymes
3.1 Extraction and purification of proteins
3.2 Production of industrial enzymes
Chapter 4 Enzyme Immobilization
4.1 Backgrounds and bried history
4.2 Methods of enzyme immobolization
4.3 Properties of immobilized enzymes
4.4 Novel immobilization techniques
Chapter 5 Modification of Enzyme Molecules
5.1 Backgrounds
5.2 Modification of enzyme molecules
5.3 Directed evolution of enzymes
5.4 Properties of modified enzymes
Chapter 6 Enzymes in Food Analysis and Detection
6.1 Introduction
6.2 Enzyme linked immunosorbent assay (ELISA)
6.3 Polymerase chain reaction (PCR)
6.4 Enzyme biosensor
6.5 Enzyme inhibition-based detection
Chapter 7 Enzymes in Fish and Seafood Processing
7.1 Desired enzymes for seafood processing
7.2 Undesired enzymes to be controlled
7.3 Control methods against the proteolysis
Chapter 8 Enzymes in Meat Processing
8.1 Enzymes used for meat processing
8.2 Meat tenderization with added enzymes
8.3 Enzymatic generation of flavour in meat products
8.4 Structure engineering by cross-linking enzymes
8.5 Other applications
8.6 Future prospects
Chapter 9 Brewing with Enzymes
9.1 Introduction
9.2 Malting : the transformation of raw barley to an enzymerich package
9.3 Brewhouse processing
9.4 Adjunct brewing
9.5 Enzyme applications and their role during fermentation
9.6 Beer stabilization
9.7 The future of enzymes in brewing
Chapter 10 Enzymes in Fruit and Vegetable Processing and Juice Extraction
10.1 Introduction
10.2 Fruit composition
10.3 Pectin degrading enzymes
10.4 Commercial pectinases
10.5 Enzymes for fruit processing
10.6 Fruit firming
10.7 Vegetable processing
10.8 New trends and conclusion
Reference
1.1 Important terms to understand enzymes
1.2 History
1.3 Characteristics of enzyme
1.4 Industrial enzymes
1.5 Food enzymes
Chapter 2 Basic Theory of Enzymology
2.1 Classification and nomenclature of enzymes
2.2 Composition and structure of enzymes
2.3 Enzyme kinetics
2.4 Factors affecting enzyme activity
2.5 Enzyme assay
Chapter 3 Extraction,Purification and Production of Enzymes
3.1 Extraction and purification of proteins
3.2 Production of industrial enzymes
Chapter 4 Enzyme Immobilization
4.1 Backgrounds and bried history
4.2 Methods of enzyme immobolization
4.3 Properties of immobilized enzymes
4.4 Novel immobilization techniques
Chapter 5 Modification of Enzyme Molecules
5.1 Backgrounds
5.2 Modification of enzyme molecules
5.3 Directed evolution of enzymes
5.4 Properties of modified enzymes
Chapter 6 Enzymes in Food Analysis and Detection
6.1 Introduction
6.2 Enzyme linked immunosorbent assay (ELISA)
6.3 Polymerase chain reaction (PCR)
6.4 Enzyme biosensor
6.5 Enzyme inhibition-based detection
Chapter 7 Enzymes in Fish and Seafood Processing
7.1 Desired enzymes for seafood processing
7.2 Undesired enzymes to be controlled
7.3 Control methods against the proteolysis
Chapter 8 Enzymes in Meat Processing
8.1 Enzymes used for meat processing
8.2 Meat tenderization with added enzymes
8.3 Enzymatic generation of flavour in meat products
8.4 Structure engineering by cross-linking enzymes
8.5 Other applications
8.6 Future prospects
Chapter 9 Brewing with Enzymes
9.1 Introduction
9.2 Malting : the transformation of raw barley to an enzymerich package
9.3 Brewhouse processing
9.4 Adjunct brewing
9.5 Enzyme applications and their role during fermentation
9.6 Beer stabilization
9.7 The future of enzymes in brewing
Chapter 10 Enzymes in Fruit and Vegetable Processing and Juice Extraction
10.1 Introduction
10.2 Fruit composition
10.3 Pectin degrading enzymes
10.4 Commercial pectinases
10.5 Enzymes for fruit processing
10.6 Fruit firming
10.7 Vegetable processing
10.8 New trends and conclusion
Reference
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食品酶学 作者简介
吕飞,工学博士,教授,博士生导师,食品加工新技术与营养安全研究中心主任。第三届肉、禽、水产制品国家评委,浙江省151第三层次人才。2009年获浙江大学食品安全专业博士学位,2014年至2015年在美国马萨诸塞大学Amherst分校食品科学系访学。 主要从事食品酶学、食品毒理学、食品感官评定等课程的教学工作。长期致力于食品加工新技术应用基础研究、食品功能评价及营养与安全调控技术研究,迄今在国内外核心刊物已发表学术论文60余篇。
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