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UNIVERSITY OF AGRICULTURAL SCIENCES

Essentials of molecular biology / by George M. Malacinski.

By: Malacinski, George MMaterial type: TextTextPublisher: New Delhi; Boston : Narosa; Jones and Bartlett, c2003Edition: 4th edDescription: xix, 491 p. : ill. ; 26 cmISBN: 9788173196966; 8173196966Other title: Freifelder's essentials of molecular biologySubject(s): Biological sciences | Molecular biology | Molecular genetics | Nucleic acids | DNA replication | MacromoleculesDDC classification: 574.8 LOC classification: QH506 | .M368 2003
Contents:
1. Welcome to molecular biology -- P. 1. The structure of proteins, nucleic acids, and macromolecular complexes -- 2. Macromolecules -- 3. Nucleic acids -- 4. The physical structure of protein molecules -- 5. Macromolecular interactions and the structure of complex aggregates -- P. 2. Function of macromolecules -- ch. 6. The genetic material -- ch. 7. DNA replication -- 8. Transcription -- 9. Translation -- 10. Mutations, mutagenesis, and DNA repair -- P. 3. Coordination of macromolecular function in cells -- ch. 11. Regulation of gene activity in prokaryotes -- 12. Regulation of gene activity in eukaryotes -- 13. Genomics and proteomics drive information-age biology -- P. 4. Experimental manipulation of macromolecules -- 14. Transposons, plasmids, and bacteriophage -- 15. Recombinant DNA and genetic engineering : molecular tailoring of genes -- 16. Molecular biology is expanding its reach.
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574.8 MAL (Browse shelf) Available 136419

Includes index.

1. Welcome to molecular biology -- P. 1. The structure of proteins, nucleic acids, and macromolecular complexes -- 2. Macromolecules -- 3. Nucleic acids -- 4. The physical structure of protein molecules -- 5. Macromolecular interactions and the structure of complex aggregates -- P. 2. Function of macromolecules -- ch. 6. The genetic material -- ch. 7. DNA replication -- 8. Transcription -- 9. Translation -- 10. Mutations, mutagenesis, and DNA repair -- P. 3. Coordination of macromolecular function in cells -- ch. 11. Regulation of gene activity in prokaryotes -- 12. Regulation of gene activity in eukaryotes -- 13. Genomics and proteomics drive information-age biology -- P. 4. Experimental manipulation of macromolecules -- 14. Transposons, plasmids, and bacteriophage -- 15. Recombinant DNA and genetic engineering : molecular tailoring of genes -- 16. Molecular biology is expanding its reach.

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