分子生物学:第2版 阿里云 kindle 下载 pdf chm 百度云 azw3 umd

“精要速览系列(Instant Notes Series)”是国外教材“Best Seller”榜的上榜教材。该系列结构新颖，视角独特；重点明确，脉络分明；图表简明清晰；英文自然易懂，被国内多所重点院校选用作为双语教材。先锋版是继“现代生物学精要速览”之后推出的跨学科的升级版本。

本书是该系列中的《分子生物学(第二版)》分册，全书共19章。新版在原版的基础上内容进行了全面调整和扩充，增加了若干新专题，如中心法则、细胞周期和细胞凋亡等，书后并附有练习题。

本书是指导大学生快速掌握分子生物学基础知识的优秀教材，也是辅助教师授课的极佳教学参考书，同时可供生命科学相关专业的研究生参考。

Abbreviations

Preface to the second edition

Preface to the first edition

Section A-Cells and macromolecules

A1 Cellular classification

A2 Subcellular organelles

A3 Macromolecules

A4 Large macromolecular assemblies

Section B-Protein structure

B1 Amino acids

B2 Protein structure and function

B3 Protein anslysis

Section C-Properties of nucleic acids

C1 Nucleic acid structure

C2 Chemical and physical properties of nucleic acids

C3 Spectroscopic and thermal properties of nucleic acids

C4 DNA supercoiling

Section D-Prodaryotic and eukaryotic chromosome structure

D1 Prokaryotic chromosome structure

D2 Chromatin structure

D3 Eukaryotic chromosome structure

D4 Genome complexity

D5 The flow of genetic information

Section E-DNA replication

E1 DAN replication:an overview

E2 Bacterial DNA replication

E3 The cell cycle

E4 Eukaryotic DNA replication

Section F-DNA damage,repair and recombination

F1 Mutagenesis

F2 DNA damage

F3 DNA repair

F4 Recombination

Section G-Gene manipulation

G1 DNA cloning:an overview

G2 Preparation of plasmid DNA

G3 Restriction enzymes and electrophoresis

G4 Ligation,transformation and analysis of recombinants

Section H-Cloning vectors

H1 Design of plasmid vectors

H2 Bacteriophage vectors

H3 Cosmids,YACs and BACs

H4 Eukaryotic vectors

Section I-Gene libraries and scrreening

I1 Genomic libraries

I2 cDNA libraries

I3 Screening procedures

Section J-Analysis and uses of cloned DNA

J1 Characterization of clones

J2 Nucleic acid sequencing

J3 Polymerase chain reaction

J4 Organization of cloned genes

J5 Mutagenesis of cloned genes

J6 Applications of cloning

Section K-Transcription in prokaryotes

K1 Basic principles of transcription

K2 Escherichia coli RNA polymerase

K3 The E.coliσpromoter

K4 Transcription,initiation,elongation and termination

Section L-Regulation of transcription in prokaryotes

L1 The lac operon

L2 The trp operon

L3 Transcriptional regualation by alternative σfactors

Section M-Transcription in eukaryotes

M1 The three RNA polymerases:characterization and function

M2 RNA Pol Ⅰ genes:the ribosomal repeat

M3 RNA Pol Ⅲ genes:5S and tRNA transcription

M4 RNA Pol Ⅱ genes:promoters and enhancers

M5 General transcription factors and RNA Pol Ⅱ initiation

Section N-Regulation of transcription in eukaryotes

N1 Eukaryotic transcription factors

N2 Examples of transcriptional regulation

Section O-RNA processing and RNPs

O1 rRNA processing and ribosomes

O2 tRNA processing,RNase P and ribozymes

O3 mRNA processing,hnRNPs and snRNPs

O4 Alternative mRNA processing

Section P-The genetic code and tRNA

P1 The genetic code

P2 tRNA structure and function

Section Q-Protein synthesis

Q1 Aspects of protein synthesis

Q2 Mechanism of protein synthesis

Q3 Initiation in eukaryotes

Q4 Translational control and post-translational evenrts

Section R-Bacteriophages and eukaryotic viruses

R1 Introduction to viruses

R2 Bacteriophages

R3 DNA viruses

R4 RNA viruses

Section S-Tumor viruses and oncogenes

S1 Oncogenes found in tumor viruses

S2 Categories of oncogenes

S3 Tumor suppressor genes

S4 Apoptosis

Further reading

Multiple choice questions

Answers

Index

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