GenomesResponding to the immense changes due to recent development in research, Genomes is the first in a generation of molecular genetics books which combine standard molecular biology with more contemporary genomics. This book focuses on genome organization, expression, replication, and evolution, and includes a description of applications for molecular ecology and anthropology, reflecting the impact of genome biology on other fields of study. |
Contents
Mapping Genomes by Genetic Techniques | 14 |
2 Multipoint crosses | 30 |
Mapping Genomes by Physical Techniques | 38 |
Copyright | |
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activity alleles amino acid analysis attached bacteria bacteriophage base base-paired become binding Biochem bond called carried cell changes Chapter chemical chromosome clone coding codon coli complex component contains copy described determine direct DNA molecules DNA sequence domain double effect enables enzyme eukaryotic example expression Figure fragments function genes genetic genome glucose helix human human genome hybridization identified important individual initiation insert interactions introns involved length less located markers means method modification molecular mRNA mutations Nature needed Note nucleotide obtained occurs organisms origin pairs positions possible present primer promoter protein recombination region relatively repeat replication requires restriction ribosome RNA polymerase RNA polymerase II role rRNA segments short shown signal similar single specific splicing strand structure studied subunit synthesis Table techniques termination tion transcription tRNA vector yeast