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model organisms
organizmy modelowe
biologia molekularna
molecular biology
contributors: 0
views: 372
1. The addition of penicillin greatly increases the production of phage in bacterial suspensions containing 2.5 to 3.5 x 108 cells in 0.4 ml. broth plus 6.6 ml. Locke's solution. 2. Addition of niacin also greatly increases the formation of phage in the above system without the addition of penicillin. 3. The results indicate that niacin is necessary for phage production and that bacteria cannot utilize niacin in the presence of penicillin. 4. Staphylococcus muscae will gr...
molecular biology
obserwatorzy w zgromadzeniu ogólnym onz
united nations general assembly observers
banking institutes
contributors: 0
views: 358
Bacteriophage will increase 100,000 times in Staphylococcus muscae cultures whose multiplication has been completely inhibited by penicillin.
model organisms
ekologia
biologia molekularna
molecular biology
contributors: 0
views: 369
1. Iodoacetate, fluoride, and azide have been found to prevent the formation of phage and to inhibit the synthesis of ATP by Staphylococcus muscae. It is suggested that energy-rich phosphate is needed for the synthesis of phage. 2. Gramicidin prevented the formation of phage. 3. No differences were found between normal bacteria and phage-infected bacteria in the inorganic phosphate, adenosinetriphosphate, ribonucleic acid, and desoxyribonucleic acid content of the cells. ...
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