Molecular biology: understanding the genetic revolution/ David P. Clark.

By: Clark, David PMaterial type: TextTextPublication details: Amsterdam: Elsevier, 2005Edition: 1st edDescription: xviii, 784p.: ill.; 29 cmISBN: 9780121755515Subject(s): Molecular Biology | Moleuclar GeneticsDDC classification: 574.88
Contents:
Chapter 1 Basic genetics Chapter 2 Cells and organisms Chapter 3 DNA, RNA and protein Chapter 4 Genes, genomes and DNA Chapter 5 Cell division and DNA replication Chapter 6 Transcription of genes Chapter 7 Protein structure and function Chapter 8 Protein synthesis Chapter 9 Regulation of transcription in prokaryotes Chapter 10 Regulation of transcription in eukaryotes Chapter 11 Regulation at the RNA level Chapter 12 Processing of RNA Chapter 13 Mutations Chapter 14 Recombination and repair Chapter 15 Mobile DNA Chapter 16 Plasmids Chapter 17 Viruses Chapter 18Bacterial genetics Chapter 19 Lower eukaryotes Chapter 20 Molecular evolution Chapter 21 Nucleic acids : isolation, purification, detection and hybridization Chapter 22 Recombinant DNA technology Chapter 23 The polymerase chain reaction Chapter 24 Genomics and DNA sequencing Chapter 25 Analysis of gene expression Chapter 26 Proteomics : the global analysis of proteins
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Holdings
Item type Current library Call number Status Notes Date due Barcode Item holds
General Books Science Library General Books Science Library Science Library, Sikkim University
Science Library General Section
574.88 CLA/M (Browse shelf(Opens below)) Available Books For SU Science Library P00026
Total holds: 0

Chapter 1 Basic genetics
Chapter 2 Cells and organisms
Chapter 3 DNA, RNA and protein
Chapter 4 Genes, genomes and DNA
Chapter 5 Cell division and DNA replication
Chapter 6 Transcription of genes
Chapter 7 Protein structure and function
Chapter 8 Protein synthesis
Chapter 9 Regulation of transcription in prokaryotes
Chapter 10 Regulation of transcription in eukaryotes
Chapter 11 Regulation at the RNA level
Chapter 12 Processing of RNA
Chapter 13 Mutations
Chapter 14 Recombination and repair
Chapter 15 Mobile DNA
Chapter 16 Plasmids
Chapter 17 Viruses
Chapter 18Bacterial genetics
Chapter 19 Lower eukaryotes
Chapter 20 Molecular evolution
Chapter 21 Nucleic acids : isolation, purification, detection and hybridization
Chapter 22 Recombinant DNA technology
Chapter 23 The polymerase chain reaction
Chapter 24 Genomics and DNA sequencing
Chapter 25 Analysis of gene expression
Chapter 26 Proteomics : the global analysis of proteins

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