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藥物分析中的分離技術(shù) 版權(quán)信息
- ISBN：9787310063345
- 條形碼：9787310063345 ; 978-7-310-06334-5
- 裝幀：一般膠版紙
- 冊數(shù)：暫無
- 重量：暫無
- 所屬分類：>
藥物分析中的分離技術(shù) 內(nèi)容簡介
《藥物分析中的分離技術(shù)》是南開大學(xué)化學(xué)院為研究生和本科生開設(shè)的全英文課程，本教材為中英文雙語教材。該教材旨在使學(xué)生掌握藥物分析中各種分離技術(shù)的原理及其在藥物分析中的應(yīng)用；提高學(xué)生英語的聽、說、讀、寫及交流能力；鞏固儀器分析的知識，擴(kuò)展學(xué)生的知識面，培養(yǎng)學(xué)生對科學(xué)研究的興趣。每個章節(jié)后配有習(xí)題，教材后附有答案。教材中圖文并茂，采用現(xiàn)代多媒體科技，通過引入二維碼鏈接網(wǎng)絡(luò)資源，讀者用手機(jī)掃描二維碼后可在線觀看部分分析技術(shù)的原理，增加教材的生動、形象性和可讀性。將科學(xué)前沿的技術(shù)融入其中，增加教材的新穎性。
藥物分析中的分離技術(shù) 目錄
CHAPTER 1 INTRODUCTION TO THE PHARMACEUTIC ALANALYSIS
1．1 Nature and Tasks of Pharmaceutical Analysis
1．1．1 Pharmaceutical Analysis in the New Drug Discovery
1．1．2 Pharmaceutical Analysis to Ensure the Quality of Drug Product
1．1．3 Pharmaceutical Analysis in the Stability Studies
1．1．4 In Vivo Drug Analysis
1．2 National Standards for Supervision of Drug Quality
1．3 Significance of Separation Technology in the Pharmaceutical Analysis
CHAPTER 2 CHROMATOGRAPHIC ANALYSIS
2．1 Theoretical Principle and Parameters
2．1．1 Theoretical Principles
2．1．2 Separation Parameters
2．1．3 Theoretical Plates of a Chromatographic Column
2．2 Gas Chromatography
2．2．1 Separation Mechanism
2．2．2 GC Instrument
2．2．3 GC Columns
2．2．4 Stationary Phases in GC
2．2．5 Stationary Phases in the GSC
2．2．6 Stationary Phases in the GLC
2．2．7 Detectors in GC
2．2．8 Advantages of GC
2．2．9 Applications of GC
2．3 Introduction to Liquid Chromatography
2．3．1 Columns in HPLC
2．3．2 General Morphology of HPLC Stationary Phase Particles
2．4 Normal Phase Liquid Chromatography
2．4．1 Characteristics of Normal Phase Liquid Chromatography
2．4．2 Elution Ability of Mobile Phase
2．4．3 Applications
2．5 Reversed-phase Liquid Chromatography
2．5．1 Stationary Materials for Reversed-phase Liquid Chromatography
2．5．2 Retention Characteristic of Reversed-phase Chromatography
2．5．3 Secondary Chemical Equilibria in the Reversed-phase Chromatography
2．5．4 Applications of Reversed-phase HPLC
2．5．5 Ion-pair Reversed-phase Chromatography
2．6 Ion-exchange Chromatography
2．6．1 Separation Principle of IEC
2．6．2 Stationary Phase Materials of IEC
2．6．3 Retention of Analyses in IEC
2．6．4 Major Factors in the IEC Separation
2．6．5 Detection in IEC
2．6．6 Advantages of IEC
2．6．7 Application
2．7 Size-exclusion Chromatography
2．7．1 Separation Mechanism
2．7．2 Packing Materials for SEC
2．7．3 Applications of SEC
2．8 Affinity Chromatography
2．8．1 Nature of Affinity Interaction
2．8．2 Separation Principle of Affinity Chromatography
2．8．3 Ligand Selection
2．8．4 Selection of Supporting Materials
2．8．5 Preparation of Packing Materials for Affinity Chromatography
2．8．6 Separation by Affinity Chromatography
2．8．7 Application of Affinity Separation Technology
2．9 Thin-layer Chromatography
2．9．1 Stationary Phases Used in TLC
2．9．2 Operation in TLC
2．9．3 Performance Characteristics of TLC
2．9．4 Detection in TLC
2．9．5 Quantitative Analysis
2．9．6 Applications of TLC Analysis
2．10 Detectors in Liquid Chromatography
2．10．1 Bulk Property Detectors
2．10．2 Solute Property Detectors
References
……
CHAPTER 3 HIGH PERFORMANCE CAPILLARY ELECTROPHORESIS AND ITSAPPLICATIONIN PHARMACEUTICAL ANALYSIS
CHAPTER 4 APPLICATION OF SEPARATION TECHNOLOGYIN BIOCHEMICAL DRUG ANALYSIS AND DISEASE DIAGNOSIS
CHAPTER 5 NON-TARGETED SCREENING IN THE ANALYSIS OF COMPLEX SAMPLES WITH UNKNOWN COMPONENTS
CHAPTER 6 NEW MATERIAL DEVELOPMENT FOR PHARMACEUTICALSEPARATIONS
QUESTIONS AND PROBLEMS
INDEX
1．1 Nature and Tasks of Pharmaceutical Analysis
1．1．1 Pharmaceutical Analysis in the New Drug Discovery
1．1．2 Pharmaceutical Analysis to Ensure the Quality of Drug Product
1．1．3 Pharmaceutical Analysis in the Stability Studies
1．1．4 In Vivo Drug Analysis
1．2 National Standards for Supervision of Drug Quality
1．3 Significance of Separation Technology in the Pharmaceutical Analysis
CHAPTER 2 CHROMATOGRAPHIC ANALYSIS
2．1 Theoretical Principle and Parameters
2．1．1 Theoretical Principles
2．1．2 Separation Parameters
2．1．3 Theoretical Plates of a Chromatographic Column
2．2 Gas Chromatography
2．2．1 Separation Mechanism
2．2．2 GC Instrument
2．2．3 GC Columns
2．2．4 Stationary Phases in GC
2．2．5 Stationary Phases in the GSC
2．2．6 Stationary Phases in the GLC
2．2．7 Detectors in GC
2．2．8 Advantages of GC
2．2．9 Applications of GC
2．3 Introduction to Liquid Chromatography
2．3．1 Columns in HPLC
2．3．2 General Morphology of HPLC Stationary Phase Particles
2．4 Normal Phase Liquid Chromatography
2．4．1 Characteristics of Normal Phase Liquid Chromatography
2．4．2 Elution Ability of Mobile Phase
2．4．3 Applications
2．5 Reversed-phase Liquid Chromatography
2．5．1 Stationary Materials for Reversed-phase Liquid Chromatography
2．5．2 Retention Characteristic of Reversed-phase Chromatography
2．5．3 Secondary Chemical Equilibria in the Reversed-phase Chromatography
2．5．4 Applications of Reversed-phase HPLC
2．5．5 Ion-pair Reversed-phase Chromatography
2．6 Ion-exchange Chromatography
2．6．1 Separation Principle of IEC
2．6．2 Stationary Phase Materials of IEC
2．6．3 Retention of Analyses in IEC
2．6．4 Major Factors in the IEC Separation
2．6．5 Detection in IEC
2．6．6 Advantages of IEC
2．6．7 Application
2．7 Size-exclusion Chromatography
2．7．1 Separation Mechanism
2．7．2 Packing Materials for SEC
2．7．3 Applications of SEC
2．8 Affinity Chromatography
2．8．1 Nature of Affinity Interaction
2．8．2 Separation Principle of Affinity Chromatography
2．8．3 Ligand Selection
2．8．4 Selection of Supporting Materials
2．8．5 Preparation of Packing Materials for Affinity Chromatography
2．8．6 Separation by Affinity Chromatography
2．8．7 Application of Affinity Separation Technology
2．9 Thin-layer Chromatography
2．9．1 Stationary Phases Used in TLC
2．9．2 Operation in TLC
2．9．3 Performance Characteristics of TLC
2．9．4 Detection in TLC
2．9．5 Quantitative Analysis
2．9．6 Applications of TLC Analysis
2．10 Detectors in Liquid Chromatography
2．10．1 Bulk Property Detectors
2．10．2 Solute Property Detectors
References
……
CHAPTER 3 HIGH PERFORMANCE CAPILLARY ELECTROPHORESIS AND ITSAPPLICATIONIN PHARMACEUTICAL ANALYSIS
CHAPTER 4 APPLICATION OF SEPARATION TECHNOLOGYIN BIOCHEMICAL DRUG ANALYSIS AND DISEASE DIAGNOSIS
CHAPTER 5 NON-TARGETED SCREENING IN THE ANALYSIS OF COMPLEX SAMPLES WITH UNKNOWN COMPONENTS
CHAPTER 6 NEW MATERIAL DEVELOPMENT FOR PHARMACEUTICALSEPARATIONS
QUESTIONS AND PROBLEMS
INDEX
展開全部
藥物分析中的分離技術(shù) 作者簡介
唐安娜，南開大學(xué)化學(xué)學(xué)院副教授，碩士生導(dǎo)師。2004.7畢業(yè)于南開大學(xué)化學(xué)學(xué)院分析化學(xué)專業(yè)，獲理學(xué)博士學(xué)位并留校任教。2010.9-2011.9在美國亞利桑那大學(xué)化學(xué)與生物系做訪問學(xué)者。講授本科生《儀器分析》課程；講授本科生、研究生《藥物分析中的分離技術(shù)》課程。獲校級全英文課程建設(shè)項(xiàng)目一項(xiàng)、教材建設(shè)項(xiàng)目一項(xiàng)，化學(xué)學(xué)院教材建設(shè)項(xiàng)目一項(xiàng)。已有多篇教改論文在《大學(xué)化學(xué)》《化學(xué)教育》上發(fā)表。
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