American Journal of Pharmacy, Volume 113Philadelphia College of Pharmacy and Science., 1941 |
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Page 215
... increase its rate of diffusion through the cell wall would , in all probability increase its bactericidal efficiency ( 6 ) . It has been reported ( 15 , 16 , 17 ) that when some substances , which have the property of being surface ...
... increase its rate of diffusion through the cell wall would , in all probability increase its bactericidal efficiency ( 6 ) . It has been reported ( 15 , 16 , 17 ) that when some substances , which have the property of being surface ...
Page 239
... increase in the bac- tericidal efficiency of acidic dyes with an increase in pH . Recently ( 1938 ) , Goshorn , Degering , and Tetrault , ( 23 ) work- ing on the bacteriostatic and bactericidal action of benzoic acid , pos- tulated a ...
... increase in the bac- tericidal efficiency of acidic dyes with an increase in pH . Recently ( 1938 ) , Goshorn , Degering , and Tetrault , ( 23 ) work- ing on the bacteriostatic and bactericidal action of benzoic acid , pos- tulated a ...
Page 309
... increased staining effect of methylene blue with an increase of acidity . Dernby and David stated that eucupin and qui- nine alkaloids are more effective against the staphylococcus and diph- theria bacillus in solutions which are ...
... increased staining effect of methylene blue with an increase of acidity . Dernby and David stated that eucupin and qui- nine alkaloids are more effective against the staphylococcus and diph- theria bacillus in solutions which are ...
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active Aerosol Agriculture alcohol alkaline alkaloids American Journal animals antiseptic aqueous solution bacteria bactericidal bactericidal efficiency bacteriostatic Benzedrine Blue 19.9 Blue cent Chem chemical chloride cod liver oil College of Pharmacy color compounds containing cultivation dilutions disinfectants distilled water drug Editor effect ether extract factors ferrous sulfate germicidal Gershenfeld Hexylresorcinol hydrogen-ion concentration hypophosphorous acid important increase industry insects Iodine Ivor Griffith Journal of Pharmacy laboratory mannitol manufacturers medicinal plants methods of assay milk mixture nicotinic organisms oxidation patients Pharm pharmaceutical pharmacist Pharmacopoeia Pharmacy Pharmacy and Science phenol Philadelphia Philadelphia College prepared present Public Health Red 9.9 Red salts skin soaps Sodium soluble sorbitol standards Staphylococcus aureus sterile substances sulfanilamide sulfathiazole sulfonated sulfuric acid surface tension surface tension depressants Tartrazine temperature Tergitol Tincture tion toxicity Triton K-12 United vitamin vitamin D wetting agents Yellow 19.9 Yellow ΙΟ