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EVOLUTION OF MICROBES AND OF MICROBIOLOGY
BACTERIAL PHYSIOLOGY Bernard D Davis
2 BACTERIAL STRUCTURE
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activity agar agents agglutination alleles allografts allotypes amino acid anaerobic anaphylaxis animals anti antibiotics antibodies antigens antisera antiserum bacilli bacteria binding Biol biosynthesis block blood cause cell wall cell-mediated chromosome codon coli colonies complex concentration COOH cross-react culture diphtheria disease donor drug effect enzyme factor fermentation formation function genes genetic glucose gram-negative growth guinea pig hapten hemolytic hence host human immune immunogen immunological induced infections inhibition initiation isolated lesions leukocytes ligand lipid lymphocytes macrophages mechanism medium membrane metabolic mice microbial molecules mRNA mutations myeloma proteins normal nucleotide organisms pathogenic pathway penicillin phage phagocytic phagocytosis plasma pneumococci polysaccharide precipitin produce protein rabbit reaction recombination red cells replication residues resistance response ribosomes Salmonella selective sensitive sequences sera serum skin specific spores staphylococci strains strand streptococci structure subunit surface synthesis tion tissues toxin transfer tRNA tumor virulence vitro