Molecular Biology, 3/e emphasizes the experimental data and results that support the concepts of molecular biology: DNA transcription, translation, replication, and repair. Experimental methods are extensively covered. The text presumes a prior course in general genetics.
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30S subunit AAUAAA acetylation activity amino acids aminoacyl-tRNA anticodon assay bacterial base pairs binding blot blue bound cells Chapter chromatin chromosomes cleavage cloned codon coli colleagues containing Copyright core dimer DNA-binding DNase domain downstream electrophoresis elongation encoding enhancer enzyme eukaryotic exon experiment Figure fragment GAL4 gene genetic hairpin helix histone histone H3 holoenzyme hybrid initiation interaction intron labeled lane loop lysine major groove merase methylated molecular molecule mRNA mutations nuclear nucleosomes nucleotide operon panel peptide phage phosphorylation plasmid poly(A polyadenylation polypeptide position pre-mRNA precursor preinitiation complex primer probe prokaryotic promoter protein region replication repressor Reprinted ribosomal subunit ribosome RNA polymerase RNase rRNA Science sequence shows snRNA Source spliceosome splicing stimulate strand substrate SUMMARY synthesis TATA box template termination TFIIB TFIID tion transcribed transcription factors transferase translation tRNA upstream vector vitro wild-type yeast
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