第一节 体内氨基酸的来源 Source of Amino Acids in Human Body 第二节 氨基酸的转换和分解 Amino Acid Conversion and Catabolism 第三节 营养非必需氨基酸的合成 Formation of Nutritionally Nonessential Amino Acids 第四节 氨的代谢 The Fate of Ammonia 第五节 氨基酸代谢的特殊产物和个别氨基酸代谢 Special Products and Individual Pathway of Amino Acids

第一节 酶和酶反应简介 Introduction to Enzymes and Enzymatic Reactions 第二节 酶的工作原理 Mechanism of Enzymatic Reactions 第三节 酶促反应动力学 The Kinetics of Enzymatic Reactions 第四节 多底物反应的动力学 Kinetics of Multisubstrate Reactions 第五节 酶活性的调节 Regulation of Enzyme Activities 第六节 催化性核酸 Catalytic Nucleic Acids 第七节 酶的研究与应用 Research and Application of Enzymes

1.1 Distinctive Properties of Living Systems 1.2 Biomolecules: The Molecules of Life 1.3 A Biomolecular Hierarchy: Simple Molecules Are the Units for Building Complex Structures 1.4 Properties of Biomolecules Reflect Their Fitness to the Living Condition 1.5 Organization and Structure of Cells 1.6 Viruses Are Supramolecular Assemblies Acting as Cell Parasites

11.1 氧化还原反应 11.2 原电池 11.3 实用电池 11.4 有关电解的几个问题 The primary concepts of redox reactions Balancing redox equations Spontaneity of redox reactions at high temperature and the diagram of llingham Spontaneity of redox reactions in aqueous solution and electrode potential

Purposes 1. To get students know the importance of education. 2. To understand the purpose of writing and the characteristics of exposition. 3. To reinforce some basic linguistic knowledge by doing various types of exercises

Ch. 2 Probability Theory 1 Descriptive Study of Data 1.1 Histograms and Their Numerical Characteristics By descriptive study of data we refer to the summarization and exposition(tab- ulation, grouping, graphical representation) of observed data as well as the derivation of numerical characteristics such as measures of location, dispersion and shape

2.1 化学键的定义 Definition of chemical bonding 2.2 离子键理论 Ionic bond theory 2.4 共价键的概念与路易斯结构式 Concept of the covalent bond theory and Lewis’ structure formula 2.8 金属键理论 Metallic bond theory 2.9 分子间作用力和氢键 Intermolecular forces and hydrogen bonding 2.5 用以判断共价分子几何形状的价层电子对互斥理论 VSEPR for judging the configuration of the covalence molecular 2.6 原子轨道的重叠 — 价键理论 Superposition of atomic orbital — valence bond theory 2.7 分子轨道理论 Molecular orbital theory 2.3 理想晶体结构 Structure of ideal crystal

Solid wastes comprise all the wastes arising from human and animal activities that are normally solid and that are discarded as useless or unwanted. The term solid waste as used in this text is all-inclusive, encompassing the heterogeneous mass of throwaways from the urban community as well as the more homogeneous accumulation of agricultural, industrial, and mineral wastes. This book is focused on the urban setting, where the accumulation of solid wastes is a direct consequence of life

The Methodology of Positive Economics* In his admirable book on The Scope and Method of Political Economy, John Neville Keynes distinguishes among \a positive science . . . a body of systematized knowledge concerning what is; a normative or regulative science ... a body of systematized knowledge

Geriatric Physical Therapy in the 21st Century Environmental Design Cognition in the Aging Adult Evaluation of the Acute and Medically Complex Patient Motivation and Patient Education Older Adults and Their Families Impaired Aerobic Capacity/Endurance Impaired Joint Mobility Impaired Muscle Performance Implications of an Aging Population for Rehabilitation The Physiology of Age-Related and Lifestyle-Related Decline Geriatric Pharmacology Exercise and Physical Activity for Older Adults Health and Function Impaired Motor Control Impaired Posture Ambulation Balance and Falls Impaired Integumentary Integrity Management of Urinary Incontinence in Women and Men Conservative Pain Management for the Older Adult Lower-Limb Orthoses for Older Adults Prosthetic Management for the Older Adult with Lower Limb Amputation Wellness for the Aging Adult Home Health Physical Therapy Patient Management in Postacute Inpatient Settings Hospice and End of Life The Senior Athlete Older Adults with Development