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- 02-7
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- 7.1 overview and terminology
- 7.2activation-the big mac attack
- 7.3 classical pathway activation
- 7.4 alternative pathway activation
- 7.5 lectin activation
- 7.6 ENDGAME & CONSEQUENCES
- 7.7 FAREWELL TO PART 1
- 1.1 welcome
- 1.2 T cell with highly varied AB recepters
- 1.3 Quasi-Innate Adaptive Cells-Border Patrol
- 1.4 Out of the Bone Marrow- Spectrum and Variety
- 1.5 Attack by Tc Cells
- 1.6 Attack by NK Cells
- 1.7 Coordinated Killing-ADCC
- 2.1 Metaphor
- 2.2 Signals
- 2.3 Cell Adhesion
- 2.4 Extravasation
- 2.5 Inflammasomes
- 2.6 Inflamatory Mediators
- 2.7 Clinical Considerations
- 2.8 Clinical Therapies
- 3.1 Danger Assessment
- 3.2 Central Tolerance
- 3.3 Peripheral Tolerance
- 3.4 Experiments and Mechanisms
- 3.5 T regulatory cells
- 3.6 Thought Questions
- 3.7 Mutation
- 3.8 Implications and Analogy
- 4.1 Systemic
- 4.2 Endocrine
- 4.3 Neuromuscular
- 4.4 Epithelia
- 4.5 Mechanisms
- 4.6 Therapy
- 5.1 Type I- Characteristics and Diseases
- 5.2 Type I - Mechanism of Action
- 5.3 Type I - Therapies and Epidemiology
- 5.4 Type II-ADCC
- 5.5 Type II-Clinical Consequences
- 5.6 Type III-Immune Complex Mediated
- 5.7 Type IV-Cellular or Delayed
- 5.8 Wrap-up
- 6.1 Antibodies & Assays
- 6.2 ELISA Assays
- 6.3 Graft Rejection
- 6.4 MHC and Tissue Typing
- 6.5 Encouraging Tolerance
医学免疫学属于医学基础课中的专业基础课程,是生命科学的前沿学科,发展迅速,它不仅与其他医学基础学科紧密联系,而且已渗透到临床各学科,成为一门重要的基础和应用学科。一方面通过学习《医学免疫学》理论,使学生掌握机体免疫器官、免疫细胞及免疫分子的概念、结构和功能特点,掌握免疫系统在正常情况下执行生理性的免疫应答,而在一定条件下导致免疫性疾病的机制。另一方面通过学习免疫学实验,使学生掌握各种免疫学技术的基本原理和操作方法。本课程研究的是免疫学,也就是人体如何抵制来自寄生虫和致病菌的持续攻击。本课程将介绍先天性和适应性免疫力,重点介绍细胞和器官间的功能互动。我们将涉及信号传导、致病菌识别和髓细胞、淋巴细胞和支持细胞的分工。主旨是向卫生健康专业人员和生物医学研究人员介绍基础术语和概念,以便理解临床新闻稿和重要文献。课程资料也对其他免疫学指导教师提供支持,使用类比和模型,用创造性的方式呈现难点概念。