科目
97 分子生物春季班-樂揚老師編授
03/16，04/27，05/04×2
教材清單 05/26，06/01，06/15×2
11/16
課本
分子生物春(A)
Chapter 1 Cell
Chapter 2 Nucleic Acids
Chapter 3 Gene and Chromosome
Chapter 4 DNA replication
Chapter 5 Transcription
Chapter 6 RNA processing
Chapter 7 Translation
Chapter 8 Regulation of Gene Expression
Chapter 9 Mutation and repair
Chapter 10 Movable Gene
目錄
Chapter 1 Cell
1-1 Introduction
1-2 Nucleus
1-3 Chromosome
1-4 Mitochondria
1-5 Cholroplast
1-6 Endoplasmic reticulum
1-7 Golgi apparatus
1-8 Cell membrane
1-9 Cytoskeleton
1-10 Virus
Chapter 2 Nucleic Acids
2-1 Introduction
2-2 DNA is the genetic meterial
2-3 Nucleotide
2-4 Deoxyribuncleic acid/Ribonucleic acid
2-5 Hydrolysis of RNA under alkaline conditions
2-6 DNA is a double helix
2-7 Comparison of A, B, and Z forms of DNA
2-8 Double-Helical DNA and RNA Can Be Denatured
2-9 Nucleotides and Nucleic Acids Undergo Nonenzymatic
Transformations
2-10 Bases of DNA Are Methylated
分子生物春(B)
Chapter 4 DNA replication
4-1 DNA Replication Is Semiconservative
4-2 Replication Begins at an Origin and Usually Proceeds
Bidirectionally
4-3 DNA Synthesis Proceeds in a 5’ to 3’ Direction and Is
Semidiscontiunous
4-4 DNA Is Synthesized by DNA Polymerases
4-5 Proofreading
4-6 E. coli Has at Least Five DNA Polymerases
4-7 Nick translation
4-8 Replication of the E. coli Chromosome Proceeds in
Stages
4-9 Mechanism of the DNA ligase reaction
4-10 Only methylated origins are functional
4-11 Replication in Eukaryotic Cells Is More Complex
4-12 Eukaryotic cells have many DNA polymerases
Chapter 5 Transcription
5-1 RNA Is Synthesized by RNA Polymerases
5-2 RNA Synthesis Begins at Promoters
5-3 Transcription initiation and elongation by E. coli RNA
polymerase
5-4 Specific Sequences Signal Terminatin of RNA
Polymerases
5-5 Eukaryotic Cells Have Three Kinds of Nuclear RNA
Polymerases
5-6 RNA Polymerase II Requires Many Other Protein
Factors for Its Activity
5-7 RNA Strand Initiation and Promoter Clearance
5-8 DNA-Dependent RNA Polymerase Undergoes
Selective Inhibition
Chapter 6 RNA processing
6-1 Eukaryotic mRNAs Are Capped at the 5’ End
6-2 Both Introns and Exons Are Transcribed from DNA
into RNA
2-11 Messenger RNAs Code for Polypeptide Chains
2-12 Secondary structure of RNAs
Chapter 3 Gene and Chromosome
3-1 Genes and Chromosomes
3-2 Eukaryotic Genes and Chromosomes Are Very
Complex
3-3 DNA Supercoil
3-4 DNA Underwinding Is Defined by Topological Linking
Number
3-5 Topoisomerases
3-6 The Structure of Chromosomes
3-7 Human Genome Project
課本
分子生物(春季 C)
Chapter 7 Translation
Chapter 8 Regulation of gene
Chapter 9 DNA repair
目錄
課本
目錄
分生觀念手冊
Part I Gene and chromosome
Part II AND Metabolism
Part III RNA metabolism
Part IV Protein synthesis
Part V Signal Transduction
Part VI Gene regulation
6-3 RNA Catalyzes the Splicing of Introns
6-4 Eukaryotic mRNAs Have a Distinctive 3’ End
Structure
6-5 A Gene Can Give Rise to Multiple Products by
Differential RNA Processing
6-6 Ribosomal RNAs and tRNAs Also Undergo
Processing
6-7 Processing of tRNAs in bacteria and eukaryotes
6-8 RNA Enzymes Are the Catalysts of Some Events in
RNA Metabolism
6-9 RNA-Dependent Synthesis of RNA and DNA
6-10 Fighting AIDS with Inhibitors of HIV Reverse
Transcriptase
6-11 Many Transposons, Retroviruses, and Introns May
Have a Common Evolutionary Origin
6-12 Telomerase Is a Specialized Reverse Transcriptase
6-13 Some Viral RNAs Are Replicated by
RNA-Dependent RNA Polymerase
6-14 The life cycle of bacterial messenger RNA
6-15 Bacterial mRNA degradation involves multiple
enzymes
6-16 mRNA degradation in yeast
6-17 mRNA stability depends on its structure and
sequence
6-18 Eukaryotic RNAs are transported
分子生物(題庫)
Nucleotided and Nucleic Acids
Genes and Chromosomes structure
DNA replication’repair’recombinatiion
Transcription and RNA synthesis
Translation and Protein synthesis
DNA-Based Technologies
Regulation of Gene Expression