Time Allotment (1)Compare the similarity and difference between mitosis and meiosis Assignment/ (2)How to understand the relationship of cell cycle control and carcinogenesis Thinking (3)Analyze the significance of cell cycle regulation in R&D of anti-cancer drug Questions Postscript Memo Chapter 8:Cell differentiation Teacher's Name:Zhi-Hua shao Teaching Objectives; of cells of mammalian body (germ cells,somatic cells and stem Teaching cells),concept and sorts of stem cells,stem-cell engineering and Requirements regenerative medicine. Grasp these basic concepts,and know the essence and mechanism of cell diffe tion and its regulation. of thei application in clinical medicine. Requirements:Computer,Projector,laser pointer,microphone. 1.Introduction of the biology of cell differentiation,cells with potency of differentiation and the properties of stem cells; Teaching Embryonic stem cells,adult ste and embryonic germ cells Content Epigenetic regulation of cell differentiation; 4. The major cell differentiation systems. Time Allotment Assignment/ Thinking Questions (1) Compare the similarity and difference between mitosis and meiosis (2) How to understand the relationship of cell cycle control and carcinogenesis (3) Analyze the significance of cell cycle regulation in R&D of anti-cancer drugs Postscript Memo Chapter 8：Cell differentiation Teacher's Name: Zhi-Hua Shao Teaching Objectives; Teaching Requirements 1. Introduce the basic concepts of stem cell, cell differentiation, dedifferentiation, and trans-differentiation; three basic categories of cells of mammalian body (germ cells, somatic cells and stem cells), concept and sorts of stem cells, stem-cell engineering and regenerative medicine. 2. Grasp these basic concepts, and know the essence and mechanism of cell differentiation and its regulation. Learn of their application in clinical medicine. Requirements: Computer, Projector, laser pointer, microphone. Teaching Content 1. Introduction of the biology of cell differentiation , cells with potency of differentiation and the properties of stem cells; 2. Embryonic stem cells, adult stem cells and embryonic germ cells; 3. Epigenetic regulation of cell differentiation; 4. The major cell differentiation systems