1)How proteins synthesized at the ribosomes are transported to various Assignment/ Thinking 2) sspecifically select cargo molecules? Questions 3)How is the cholesterol taken by cells? 4)What is autophage? Postscript Memo Chapter 4:Energy conversion:mitochondria Teacher's Name:Fu-Rong Gao After the class,the students should be able to: Teaching Grasp the relationship between the structure and function of Objectives; Know the principle of oxidative phosphorylation Teaching 3)Know the origins of mitochondria Requirements 4)Understand the relationship between mitochondria and diseases Requirements:Computer,Projector,laser pointer,microphone. Shapeand structure of 2) Electron transfer and oxidative phosphorylation Teaching 3)Origins of mitochondria Content 4)mitochondria and diseases Teaching Focus: Focus relationship bet ween the structure and function of mitochondria Problems and Their Solutions 1)Shape and structure of mitochondria(20 min) 2)Electron transfer and oxidative phosphorylation(35 min) Time Allotment3)Origins of mitochondria (15 min) 4) ochondria and diseases(20min) Assignment/ Thinking Questions 1) How proteins synthesized at the ribosomes are transported to various organelles? 2) How do the clathrin-coated vesicles specifically select cargo molecules? 3) How is the cholesterol taken by cells? 4) What is autophage? Postscript Memo Chapter 4：Energy conversion: mitochondria Teacher's Name: Fu-Rong Gao Teaching Objectives; Teaching Requirements After the class, the students should be able to: 1) Grasp the relationship between the structure and function of mitochondria. 2) Know the principle of oxidative phosphorylation 3) Know the origins of mitochondria 4) Understand the relationship between mitochondria and diseases Requirements: Computer, Projector, laser pointer, microphone. Teaching Content 1) Shape and structure of mitochondria 2) Electron transfer and oxidative phosphorylation 3) Origins of mitochondria 4) mitochondria and diseases Teaching Focus; Difficult Problems and Their Solutions Focus: the relationship between the structure and function of mitochondria Time Allotment 1) Shape and structure of mitochondria (20 min) 2) Electron transfer and oxidative phosphorylation (35 min) 3) Origins of mitochondria (15 min) 4) mitochondria and diseases (20 min)