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T THE PHYSICAL BASIS OF HEREDITY 1
The Mechanics of Chromosome Segregation
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AaBb active alleles amino acid analysis antigen bacterial bacteriophage base pairs binding centromere Chapter chromo chromosome cleavage clones codon coli color complex contain cross crossover cytoplasm deletion denatured detected determined diploid DNA replication DNA synthesis Drosophila duplex encoded eukaryotes F factor female FIGURE fragments frequency function gametes gene expression genetic genome genotype growth haploid haploid cells helix homologous hormone host hybrid indicated infection inheritance initiation interaction involved isolated labeled linear located locus male markers meiosis meiotic molecular molecules mRNA mutations normal nucleic acid nucleotides occur operon organisms parent pattern peptide phage phenotype plasmid polypeptide chain produce progeny prokaryotes promoter protein synthesis reaction receptors recessive recombination region regulation regulatory repressor restriction enzyme result ribosomal RNA polymerase rRNA segments segregation sequence shown single single-stranded specific strain strand structure subunit supercoiled template tion transcription transducing tRNA viral virus viruses wild-type X chromosome yeast