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 |
Molecular Phylogenetics | 15 |
3 | 22 |
Copyright | |
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Common terms and phrases
activity alleles amino acids attached bacteria base base-paired binding protein bonds cDNA cell CHâ‚‚ chemical chromatin chromosome clone coding codon coli complex contain copy DNA fragments DNA molecules DNA sequence DNA-binding proteins domain double helix double-stranded Drosophila enzyme eukaryotic example exon Figure function gene expression genetic map genome sequence histone homologous human genome hybridization identified insert interaction introns involved lactose operon located markers methylation microsatellites mitochondrial modification molecular motif mRNA mutations nuclear nucleosome nucleotide nucleus occur oligonucleotides operon organisms pairs pathway phage phenotype plasmid polyadenylation polynucleotide polypeptide positions pre-mRNA primer prokaryotic promoter pseudogene receptor recombination region repressor restriction ribosome RNA polymerase RNA polymerase II role rRNA Section segment shown signal single-stranded snoRNA specific splicing strand structure subunit synthesis Technical Note techniques template termination tion transcription factors transcription initiation transposons Trends Biochem tRNA tryptophan types upstream vector yeast