● Molecular iology course Quiz roles (1)桌上只许有笔,答题纸和英文课本。(2)不许 离开自己的座位。(3)不许偷看,不许讲话(有问题 举手)(4)老师宣布停的时候,必须放下自己的笔。 (5)老师宣布收试卷时,试卷必须快速由每排的最左 边传向右边,每排最右边的同学负责把试卷交给当堂 助教。 如果主讲老师或助教发现任何学生违反以上任何 条规则,第一次违规者,扣除总考试成绩的15% 第二次违规者必须重修这们课。 @劣博字 Wuhan Universit
Quiz Roles •Molecular Biology Course （1）桌上只许有笔，答题纸和英文课本。（2）不许 离开自己的座位。（3）不许偷看，不许讲话 (有问题 举手）（4）老师宣布停的时候，必须放下自己的笔。 （5）老师宣布收试卷时，试卷必须快速由每排的最左 边传向右边，每排最右边的同学负责把试卷交给当堂 助教。 如果主讲老师或助教发现任何学生违反以上任何 一条规则，第一次违规者，扣除总考试成绩的15%， 第二次违规者必须重修这们课
molecular Biology course Quiz 1: Section A-D 40 min 1. Describe the structural difference of the dna and RNA, How these structural differences interpret the biological functions of dna and rna (25 points) 2. Describe the major differences of the prokaryotes and eukaryotes. Where do dna replication, RNA transcription and protein translation occur in prokaryotes and eukaryotes?(25 points) 3. Describe the chromatin structure of eukaryotes how the different levels of chromosome packing relate to cell cycle and gene expression?(25 points) 4. Why protein purification is import? What is proteomics? What is the experimental procedure in identifying an interested protein from a protein mix by using the proteomics technique?(25 points)
Quiz 1: Section A-D 1. Describe the structural difference of the DNA and RNA. How these structural differences interpret the biological functions of DNA and RNA (25 points) 2. Describe the major differences of the prokaryotes and eukaryotes. Where do DNA replication, RNA transcription and protein translation occur in prokaryotes and eukaryotes? (25 points) 3. Describe the chromatin structure of eukaryotes, how the different levels of chromosome packing relate to cell cycle and gene expression? (25 points) 4. Why protein purification is import? What is proteomics? What is the experimental procedure in identifying an interested protein from a protein mix by using the proteomics technique? (25 points) •Molecular Biology Course 40 min
Discussions 1: cells and macromolecules 25 min Quiz question I 2. Quiz question 2 3. Ouiz question 3 4. Non-covalent interactions: hydrogen bonds hydrophobic interaction 5. Protein purification 6. DNA purity 7. Open questions
Discussions 1: Cells and macromolecules (25 min) 1. Quiz question 1 2. Quiz question 2 3. Quiz question 3 4. Non-covalent interactions: hydrogen bonds, hydrophobic interaction 5. Protein purification 6. DNA purity 7. Open questions
