The Biology of MycoplasmasOrigin of mycoplasmas -- A. Historical -- B. Basis for classification as a separate group -- C. Relationship of mycoplasmas to the bacterial L phase -- Structure of the mycoplasmal cell -- Dynamics of reproduction and growth -- Relationship of structure to function -- Interaction of mycoplasmas with their environment ... Host-parasite interactions -- Significance of mycoplasmas as cells -- Author index -- Subject index. |
Contents
Structure of the Mycoplasmal Cell | 42 |
Dynamics of Reproduction and Growth | 99 |
Relationship of Structure to Function | 162 |
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acetate activity amino acids antibiotics antibody antigens appear Argaman arthritidis bacteria Bacteriol bacterium binary fission Biol Biophys biosynthesis bovine carotenoids carotenol cation cells cellular chain Chanock cholesterol colonies components concentration contain culture medium cytochrome cytoplasmic membrane detergent Dienes diglyceride Domermuth enzymes esters fatty acids filaments formation forms fraction Freundt galactan gallinarum gallisepticum glucose glucoside glycerol glycolipids growth Henrikson host incorporation infections inhibition inhibitory Kandler Klieneberger Klieneberger-Nobel Koostra Lemcke lipid Lynn lysis Maniloff metabolic Mg2+ Microbiol Morowitz Morton myco mycoides N. Y. Acad nonfermentative nucleic acid occurs oleic organisms osmotic oxidation P. F. Smith Panos Pathol pathway peptide phase phosphate phosphatidyl glycerol phospholipids Plackett plasmas pneumoniae Pollack polyterpenes presence Proc protein Razin ribosomes Rodwell Rottem serum Smith and Rothblat solubilized Somerson species of mycoplasmas sterol strain structure subunits synthesis Taylor-Robinson tion Tourtellotte tRNA unsaturated uridine VanDemark wall Weibull