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Molecular biology of the gene

By: Watson, James D.
Material type: materialTypeLabelBookPublisher: New York : Pearson, c2008Edition: 6th ed.Description: xxxii, 841 p. : ill. (some col.) ; 29 cm.ISBN: 9780321507815.Subject(s): Molecular biology | Molecular genetics | Molecular Biology | Cytogenetics | Gene Expression Regulation | Gene Expression | Genetic TechniquesOnline resources: Table of contents only
Contents:
The Mendelian view of the world -- Nucleic acids convey genetic information -- The importance of weak chemical interactions -- The importance of high-energy bonds -- Weak and strong bonds determine macromolecular structure -- The structures of DNA and RNA -- Genome structure, chromatin, and the nucleosome -- The replication of DNA -- The mutability and repair of DNA -- Homologous recombination at the molecular level -- Site-specific recombination and transposition of DNA -- Mechanisms of transcription -- RNA splicing -- Translation -- The genetic code -- Transcriptional regulation in prokaryotes -- Transcriptional regulation in eukaryotes -- Regulatory RNAs -- Gene regulation in development and evolution -- Genome analysis and systems biology -- Techniques of molecular biology -- Model organisms.
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Biology REF 572.8 WAT-M (Browse shelf) Checked out 03/10/2017 004494
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Includes bibliographical references and index.

The Mendelian view of the world -- Nucleic acids convey genetic information -- The importance of weak chemical interactions -- The importance of high-energy bonds -- Weak and strong bonds determine macromolecular structure -- The structures of DNA and RNA -- Genome structure, chromatin, and the nucleosome -- The replication of DNA -- The mutability and repair of DNA -- Homologous recombination at the molecular level -- Site-specific recombination and transposition of DNA -- Mechanisms of transcription -- RNA splicing -- Translation -- The genetic code -- Transcriptional regulation in prokaryotes -- Transcriptional regulation in eukaryotes -- Regulatory RNAs -- Gene regulation in development and evolution -- Genome analysis and systems biology -- Techniques of molecular biology -- Model organisms.

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