Search Results - "Cocito, C G"

Properties of the mycobacterial antigen complex A60 and its applications to the diagnosis and prognosis of tuberculosis by Cocito, C G

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Spectrofluorometry of dyes with DNAs of different base composition and conformation by Daxhelet, G A, Coene, M M, Hoet, P P, Cocito, C G

“…The increase in fluorescence, upon interaction with several fluorescent dyes was found to depend on the base composition of DNA…”
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Replication cycle of Bacillus subtilis hydroxymethyluracil-containing phages by HOET, P. P, COENE, M. M, COCITO, C. G

“…The present review focuses on phage 2C, a member of a family of virulent phages that multiply in Bacillus subtilis. The best known members of this group are…”
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The action of virginiamycin M on the acceptor, donor, and catalytic sites of peptidyltransferase by Chinali, G, Moureau, P, Cocito, C G

“…Virginiamycin M inhibits both peptide bond formation and binding of aminoacyl-tRNA to bacterial ribosomes, and induces a lasting inactivation of the 50 S…”
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Immunosuppression by a Mouse Tumor Resembles Antigenic Competition by Cocito, Carlo G., Michot, Brigitte, Radovich, Jevrosima, Talmage, David W.

“…The intraperitoneal injection of γ -radiated, UV-radiated, or unradiated P-815 tumor cells into syngeneic or allogeneic mice suppressed the immune response to…”
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Cloning of DNA segments of phage 2C, which allows autonomous plasmid replication in Bacillus subtilis by LANNOY, Nathalie N., HOET, Philippe P., COCITO, Carlo G.

“…The chromosome of Bacillus subtilis phage 2C is a 100‐MDa double‐stranded DNA molecule, containing hydroxymethyluracil in place of thymine and carrying…”
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Phenotypic and genotypic changes induced in eucaryotic cells by protein inhibitors by Cocito, C G, Bronchart, R, Van Pel, B

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Mapping of virginiamycin S resistance in Bacillus subtilis by Ron, E Z, de Bethune, M P, Cocito, C G

“…Resistance to virginiamycin S (VS, a type B synergimycin) has been mapped in Bacillus subtilis. Transduction experiments with phage PBS1 indicate that the gene…”
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The Mechanism of Action of Virginiamycin M on the Binding of Aminoacyl‐tRNA to Ribosomes Directed by Elongation Factor Tu by CHINALI, Gianni, MOUREAU, Philippe, COCITO, Carlo G.

“…It was previously shown that, in cell‐free systems, virginiamycin M blocks the elongation of polypeptide chains by inhibiting both the binding of…”
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