Chapter 1 Adaptation and injury of cell or tissue Aims and Requirements 1.Understand the cause of cellular injury. 2.Familiar the concepts and pathological changes of atrophy,hypertrophy,hyperplasia and metaplasia. 3.Familiar the concepts,types and pathological changes of hydropic degeneration,fatty change,hyaline degeneration. 4.Familiar the cell death:necrosis,apoptosis Teaching hours:120 mins Teaching contents 1.Causes and mechanisms of cell injury: The concepts,causes,mechanisms and pathological changes of atrophy,hypertrophy, hyperplasia and metaplasia. 2.The concept of denaturation: The concepts and pathological changes of hydropic degeneration,fatty change,hyaline degeneration. 3.The concepts,types and primary lesion of necrosis and apoptosis. Experiment Specimens:Cellular swelling of liver,atrophy of kidney,fatty change of liver,Cellular swelling of hepatocytes Slides:Squamous metaplasia of endocervix,Fatty change of the hepatocyte,Anemic infarction of the spleen,Cellular swelling of hepatocytes Time required:120mins Chapter 2 Tissue repair Aims and Requirements 1.Master the concepts of regeneration and repair. 2.Master the ability and pattern of regeneration of various tissues. 3.Understand the process and mechanisms of regeneration. 4.Master the concept,morphological characteristics and function of granulation tissue. 5.Understand the types and basic processes of wound healing Teaching hours:80 mins Teaching contents 1.The concept of regeneration and repair. 2.The ability and pattern of regeneration of various tissues. 3.The process and mechanisms of regeneration. 4.The concept,morphological characteristics and function of granulation tissue. 5.The types and basic processes of wound healing. Experiment Slides:Gradulation tissue Time required:20mins Chapter 3 Hemodynamic Disorder Aims and Requirements 1.Master the concept,causes,pathological changes and consequence of hyperemia 2.Master the types and pathological changes of congestion. 3.Master the concept of hemostasis and thrombosis.Chapter 1 Adaptation and injury of cell or tissue Aims and Requirements 1. Understand the cause of cellular injury. 2. Familiar the concepts and pathological changes of atrophy, hypertrophy, hyperplasia and metaplasia. 3. Familiar the concepts, types and pathological changes of hydropic degeneration, fatty change, hyaline degeneration. 4. Familiar the cell death: necrosis, apoptosis Teaching hours: 120 mins Teaching contents 1. Causes and mechanisms of cell injury: The concepts, causes, mechanisms and pathological changes of atrophy, hypertrophy, hyperplasia and metaplasia. 2. The concept of denaturation: The concepts and pathological changes of hydropic degeneration, fatty change, hyaline degeneration. 3. The concepts, types and primary lesion of necrosis and apoptosis. Experiment Specimens: Cellular swelling of liver, atrophy of kidney, fatty change of liver, Cellular swelling of hepatocytes Slides: Squamous metaplasia of endocervix, Fatty change of the hepatocyte, Anemic infarction of the spleen, Cellular swelling of hepatocytes Time required: 120mins Chapter 2 Tissue repair Aims and Requirements 1. Master the concepts of regeneration and repair. 2. Master the ability and pattern of regeneration of various tissues. 3. Understand the process and mechanisms of regeneration. 4. Master the concept, morphological characteristics and function of granulation tissue. 5. Understand the types and basic processes of wound healing. Teaching hours: 80 mins Teaching contents 1. The concept of regeneration and repair. 2. The ability and pattern of regeneration of various tissues. 3. The process and mechanisms of regeneration. 4. The concept, morphological characteristics and function of granulation tissue. 5. The types and basic processes of wound healing. Experiment Slides: Gradulation tissue Time required: 20mins Chapter 3 Hemodynamic Disorder Aims and Requirements 1. Master the concept, causes, pathological changes and consequence of hyperemia. 2. Master the types and pathological changes of congestion. 3. Master the concept of hemostasis and thrombosis