000			01819nam a2200193Ia 4500
999			_c174901 _d174901
020			_a0815341385 (alk. paper)
040			_cCUS
082			_a572,86 _bBRO/G
100			_aBrown,T.A. _95126
245		0	_aGenomes 3/ _cT.A. Brown.
250			_a3rd ed
260			_aNew York: _bGarland Science Pub, _cc2007.
300			_axxii, 713 p.
505			_aGenomes, transcriptomes, and proteomes -- Studying DNA -- Mapping genomes -- Sequencing genomes -- Understanding a genome sequence -- Understanding how a genome functions -- Eukaryotic nuclear genomes -- Genomes of prokaryotes and eukaryotic organelles -- Virus genomes and mobile genetic elements -- Accessing the genome -- Assembly of the transcription initiation comple -- Synthesis and processing of RNA -- Synthesis and processing of the proteome -- Regulation of genome activity -- Genome replication -- Mutations and DNA repair -- Recombination -- How genomes evolve -- Molecular phylogenetics. Ch. 1. Genomes, transcriptomes, and proteomes -- Ch. 2. Studying DNA -- Ch. 3. Mapping genomes -- Ch. 4. Sequencing genomes -- Ch. 5. Understanding a genome sequence -- Ch. 6. Understanding how a genome functions -- Ch. 7. Eukaryotic nuclear genomes -- Ch. 8. Genomes of prokaryotes and eukaryotic organelles -- Ch. 9. Virus genomes and mobile genetic elements -- Ch. 10. Accessing the genome -- Ch. 11. Assembly of the transcription initiation complex -- Ch. 12. Synthesis and processing of RNA -- Ch. 13. Synthesis and processing of the proteome -- Ch. 14. Regulation of genome activity -- Ch. 15. Genome replication -- Ch. 16. Mutations and DNA repair -- Ch. 17. Recombination -- Ch. 18. How genomes evolve -- Ch. 19. Molecular phylogenetics.
650			_aGenomes. _95127
650			_aGenome. _95128
650			_amolecular genetics. _95129
942			_cWB16 _02