The antimicrobial activity previously attributed to flavanone Mannich bases was found to be due to their breakdown products, 3-methyleneflavanones. Among the latter compounds, highest potency was observed when the flavanone phenyl ring contained bromine or chlorine substituents. 3-Methylene-2-phenylflavanone (8) was synthesized and shown to be equal to hexachlorophene in tests against representative Gram-positive microorganisms.
WARD, F. E.;GARLING, D. L.;BUCKLER, R. T.;LAWLER, D. M.;CUMMINGS, D. P., J. MED. CHEM., 1981, 24, N 9, 1073-1077
作者:WARD, F. E.、GARLING, D. L.、BUCKLER, R. T.、LAWLER, D. M.、CUMMINGS, D. P.
DOI:——
日期:——
Antimicrobial 3-methylene flavanones
作者:Frederick E. Ward、David L. Garling、Robert T. Buckler、David M. Lawler、Dennis P. Cummings
DOI:10.1021/jm00141a011
日期:1981.9
The antimicrobial activity previously attributed to flavanone Mannich bases was found to be due to their breakdown products, 3-methyleneflavanones. Among the latter compounds, highest potency was observed when the flavanone phenyl ring contained bromine or chlorine substituents. 3-Methylene-2-phenylflavanone (8) was synthesized and shown to be equal to hexachlorophene in tests against representative Gram-positive microorganisms.