Medical Cell biology (Learning Outline for Medical Students) Aim and Requirement: Characters of Course: Basic course of medicine Contents: Medical Cell Biology is a course to introduce knowledge of structures, different fuction systems and biological characters of the cell, to display the relationship between cell biology and medicine, and to practise some useful techniques of cell biology Requirement: Master the knowledge of cell structures and function systems Understand biological characters of cell Comprehend new developments of cell biology Learn some techniques of cell biology Teaching manners: experimental course and theoretical course Reference 1. Mosby's crash course-cell biology and genetics Emma Jones, Anna Morris 2002 2. Harvey Lodish, Arnold Berk, S Lawrence Zipursky, et al Molecular Cell Biology 2000 1. Preface(Ist week) 1. I General introduction of Medical Cell Biology 1.2 The history ande the development of Medical Cell Biology 1.3 Cell Biology and Modern Medicine 2. Molecular basis and characters of cell(2nd week) 2. 1 Origination of cell 2.2 Chemical basis of cell 2. 3 Basic characters of cell 2. 4 Prokaryotic cell and eukaryotic cell 3. Structure of cell(3rd-5th week) 3. 1 Cell membrane and Cell surface 3.2 Endomembrane systems 3.4 Cytoskeleton 3.5 Nucleus 4. Cell transport(6th-7th week) 4. 1 Transmembrane transport 4.2 Vesicular transport 4.3 Protein sorting and transport
Medical Cell Biology （Learning Outline for Medical Students） Aim and Requirement: Characters of Course: Basic course of medicine Contents: Medical Cell Biology is a course to introduce knowledge of structures, different fuction systems and biological characters of the cell，to display the relationship between cell biology and medicine，and to practise some useful techniques of cell biology. Requirement: Master the knowledge of cell structures and function systems. Understand biological characters of cell. Comprehend new developments of cell biology Learn some techniques of cell biology. Teaching manners: experimental course and theoretical course Reference: 1.Mosby’s crash course-cell biology and genetics Emma Jones, Anna Morris 2002 2. Harvey Lodish, Arnold Berk, S Lawrence Zipursky, et al Molecular Cell Biology 2000 Teaching content: 1.Preface(1st week) 1.1General introduction of Medical Cell Biology 1.2 The history ande the development of Medical Cell Biology 1.3 Cell Biology and Modern Medicine 2. Molecular basis and characters of cell(2nd week) 2.1 Origination of cell 2.2 Chemical basis of cell 2.3 Basic characters of cell 2.4 Prokaryotic cell and eukaryotic cell 3.Structure of cell(3rd -5 th week) 3.1 Cell membrane and Cell surface 3.2 Endomembrane systems 3.3 Ribsosome 3.4 Cytoskeleton 3.5 Nucleus 4. Cell transport (6th -7 th week) 4.1 Transmembrane transport 4.2 Vesicular transport 4.3 Protein sorting and transport
4.4 Protein modification and secretion 4.5 Transport between the nucleus and cytosol 4.6 Cell transport and Medicine 5. Transmembrane Signaling(8hw 5. 1 Receptors and g protei 5.2 Second signals and kinases 5.3 The Alliance for Cellular Signaling 5.4 Transmembrane Signaling and diseases 6. Cell energenics(9th week) 6. 1 Energy synthesis and metabolism 6.2 Mechanism of cell energy synthesis and metabolism 6.3 Energy metabolism and diseases 7. Cell motility (1on week) 7. 1 Shapes of cell motility 7.2 Mechanism of cell motility 7. 3 Regulation of cell motility 8. The flow of genetic information( 1l th week) 8. 1 Gene and genetic codes 8.2 Transcription 8.3 Post-transcriptional modification 8. tRanslation 9.Cell proliferation(13th week) 9.1 Meiosis and mitosis 9.2 Cell cycle 9.3 Regulation of cell cycle 9. 4 Cell proliferation and Medicine 10. Cell regeneration(13th week) 10. 1 Cell regeneration and cell repair 10.2 Stem cell 10.3 Cell regeneration and medicine 11. Differentiation(14th week) 11.1 Differentiation 11. 2 Potency of cell differentiation 11.3 Regulation of differentiation 11.4 Differentiation and Medicine 12. Cell aging and(15 h week)
4.4 Protein modification and secretion 4.5 Transport between the nucleus and cytosol 4.6 Cell transport and Medicine 5. Transmembrane Signaling(8th week) 5.1 Receptors and G protein 5.2 Second signals and kinases 5.3 The Alliance for Cellular Signaling 5.4 Transmembrane Signaling and diseases 6. Cell energenics(9th week) 6.1 Energy synthesis and metabolism 6.2 Mechanism of cell energy synthesis and metabolism 6.3 Energy metabolism and diseases 7.Cell motility(10th week) 7.1 Shapes of cell motility 7.2 Mechanism of cell motility 7.3 Regulation of cell motility 8.The flow of genetic information(11th week) 8.1 Gene and genetic codes 8.2 Transcription 8.3 Post-transcriptional modification 8.4Translation 9.Cell proliferation(13th week) 9.1 Meiosis and mitosis 9.2 Cell cycle 9.3 Regulation of cell cycle 9.4 Cell proliferation and Medicine 10.Cell regeneration (13th week) 10.1Cell regeneration and cell repair 10.2 Stem cell 10.3 Cell regeneration and medicine 11. Differentiation(14th week) 11.1 Differentiation 11.2 Potency of cell differentiation 11.3 Regulation of differentiation 11.4 Differentiation and Medicine 12.Cell aging and (15th week)
12. 1 Cell aging 12.2 Mechanism of cell aging 12. 3 Cell aging and medicine 13. Cell death(16 week 13. 1 Cell death 13.2 Regulation of cell death 13.3 Cell death and Medicine
12.1 Cell aging 12.2 Mechanism of cell aging 12.3 Cell aging and medicine 13. Cell death(16th week) 13.1 Cell death 13.2 Regulation of cell death 13.3 Cell death and Medicine
