本书主要介绍了数字化引导的口腔显微修复学的临床技术。包括数字化口腔显微修复的分析设计及临床前准备、数字化显微修复的序列关键临床技术、显微修复后的并发症及处理、目标修复体空间引导下的咬合重建及数字化显微修复案例等4个部分，共16章内容。详细论述了口腔显微修复技术发展史，显微修复常用的器械、技巧及临床方案；案析详解了如何正确地使用显微镜进行精准的牙体预备、釉质内预备及修复体的粘接等技术；展示了大量热点临床案例详解。

于海洋，教授、主任医师、博士生导师、一级临床专家。四川大学口腔修复国家临床重点专科负责人，擅长显微美学修复和数字种植修复。现任教育部口腔医学教学指导委员会秘书长，中华口腔医学会口腔修复学专业委员会副主任委员，口腔疾病研究国家重点实验室副主任。教育部新世纪优秀人才，四川省卫计委有突出贡献中青年专家、大美医者。先后主持国家及省部级项目20余项，发表SCI论文96篇，主笔国家及行业标准6项；《口腔修复学》国家精品资源共享课负责人；第一授权人获国家专利16项，转化实施7项；研究成果获教育部自然科学一等奖、教学成果获国家教学成果二等奖。主编《口腔固定修复学》《口腔医学美学》规划教材，以及《美学修复临床设计》《美观卡环修复技术》等16部专著。

1 Overview
1.1 Development and Requirements of Micro Dentistry
1.1.1 Different Levels of Visual Basis Bring Different Levels of Recognition
1.1.2 Development of Micro Dentistry
1.2 Application of Dental Microscope in Dental Specialties
1.2.1 Accuracy of Measurement Required by Each Dental Specialty Is Not the Same, and that of Endodontics and Prosthodontics Is Relatively Small
1.2.2 The Application of Microscope in Endodontics
1.2.3 The Application of Microscope in Periodonticsand Dental Implantology
1.2.4 The Application of Microscope in Prosthodontics
1.2.5 The Application of Microscope in Dental Technology
1.2.6 The Application of Microscope in Teaching,Scientific Research, and Clinical Skill Training
1.3 Development and Advantages of Micro Prosthodontics
1.3.1 In the Naked-Eye Age, the Complications of RestorationAre Mostly Related to Unclear Vision
1.3.2 Reasons Why We Need Micro Prosthodontics
1.3.3 The Relationship Between Digital Micro Prosthodonticsand Minimally Invasive Dentistry
Suggested Readings
Part Ⅰ Analysis, Design and Preclinical Preparation of Micro Prosthodontics
2 Theory and Practice of Target Restorative Space (TRS)
2.1 Definition and Classification of Target Restorative Space (TRS)
2.1.1 Definition
2.1.2 Classification
2.2 The Significance of Target Restorative Space (TRS) in Prosthodontics
2.2.1 The Significance of TRS in Aesthetic Restoration
2.2.2 The Significance of TRS in Implant Surgery
2.3 Classification and Manufacturing of TRS Guide
2.3.1 Classification of TRS Guides
2.3.2 Transparent Dental Membrane TRS Guide
2.3.3 3D Printing TRS Guide
2.3.4 Two-in-One TRS Guide for Tooth Preparation and Implantation
2.4 Application of Target Restorative Space (TRS) Guide in Preoperative Analysis and Design
2.4.1 Application of TRS Guide in Aesthetic Restorationof Anterior Teeth
2.4.2 Application of TRS Guide in Functional Reconstructionof Oral and Maxillofacial System
2.4.3 Application of TRS Guide in Secondary Restoration
2.4.4 Application of TRS Guide in Dental Implant
2.5 Summary and Prospect
Suggested Readings
3 Microscope and Auxiliary Devices for Micro Prosthodontics
3.1 The Basic Structure and Working Principle of Dental Microscope
3.1.1 Definition of Dental Microscopes
3.1.2 Classification of Dental Microscopes
3.1.3 Basic Structures of Dental Operating Microscope
3.2 Auxiliary Devices for Micro Prosthodontics
3.2.1 Ring Flash/Twin Flash Device Around the Objective Lens
3.2.2 Lingual/Palatal Reflector and Its Holder
3.2.3 Variable Diaphragm
3.2.4 Enamel Chisel
3.3 The Basic Set-Up and Instructions of Dental Operating Microscope
3.3.1 Set-Up and Precautions of Dental Operating Microscope
3.3.2 Basic Adjustment of Dental Operating Microscope
3.4 Summary and Prospect
Suggested Readings
4 Posture and Microscopic View of Prosthodontic Microsurgery
4.1 Dental Microsurgery Technique and Ergonomics
4.1.1 Definition of Ergonomics
4.1.2 The Connection Between Dental Microsurgery Technique and Ergonomics
4.1.3 Ergonomic Recommendations
4.2 Postures of Dental Microsurgery
4.2.1 Ergonomic Posture of Dental Microsurgery
4.3 Microscopic View of Each Tooth
4.3.1 Microscopic View of Maxillary Anterior Teeth
4.3.2 Microscopic View of Maxillary Posterior Teeth
4.3.3 Microscopic View of the Mandibular Anterior Teeth
4.3.4 Microscopic View of the Mandibular Posterior Teeth
4.4 Thoughts and Comments Regarding the Practice of Micro Prosthodontics
4.4.1 Using a Microscope Can Prolong the Career Longevity of Dentists and Improve Clinical Results
4.4.2 Microscopy Does Not Mean Minimal Invasiveness