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oligomycin
oligomycin n. 
/ɒˌlɪɡə(ʊ)ˈmʌɪsɪn/, /ˌoʊləɡoʊˈmaɪsᵻn/, /əˌlɪɡəˈmaɪsᵻn/ Pharmacology any of a group of antibiotics with anti-fungal activity, now used chiefly in the experimental inhibition of mitochondrial oxidative phosphorylation.
Brit. /ˌɒlᵻɡə(ʊ)ˈmʌɪsɪn/
, /ˌɒlᵻɡə(ʊ)ˈmʌɪsɪn//ɒˌlɪɡə(ʊ)ˈmʌɪsɪn/U.S. /ˌɑləɡoʊˈmaɪsᵻn/
, /ˌɑləɡoʊˈmaɪsᵻn//ˌoʊləɡoʊˈmaɪsᵻn//əˌlɪɡəˈmaɪsᵻn/ΘΚΠ
the world > health and disease > healing > medicines or physic > medicines for specific purpose > antibiotics > [noun] > other antibiotics
pyocyanase1900
fumigatin1938
M and B1938
gramicidin1940
tyrocidine1940
tyrothricin1940
clavacin1942
fumigacin1942
streptothricin1942
aspergillic acid1943
aspergillin1943
clavatin1943
helvolic acid1943
streptomycin1944
subtilin1944
bacitracin1945
viridin1945
javanicin1946
nisin1947
nitrofurazone1947
polymyxin1947
aureomycin1948
chloramphenicol1949
clitocybin1949
neomycin1949
Terramycin1950
viomycin1950
cephalosporin1951
fumagillin1951
nigericin1951
achromycin1952
carbomycin1952
erythromycin1952
nystatin1952
oxytetracycline1952
tetracycline1952
chlortetracycline1953
nitrofurantoin1953
oligomycin1953
puromycin1953
bacteriocin1954
albomycin1955
spiramycin1955
valinomycin1955
amphotericin B1956
mitomycin1956
novobiocin1956
oleandomycin1956
paromomycin1956
vancomycin1956
kanamycin1957
macrolide1957
ristocetin1957
streptovaricin1957
ethionamide1959
rifamycin1959
strep1959
mithramycin1960
fucidin1961
virginiamycin1961
cephalothin1962
fusidic acid1962
nonactin1962
trimethoprim1962
daunomycin1963
lincomycin1963
anthracycline1964
cephaloridine1964
spectinomycin1964
doxycycline1966
rifampicin1966
minocycline1967
rifampin1968
Adriamycin1969
daunorubicin1969
ribostamycin1970
doxorubicin1971
tobramycin1971
milbemycin1975
fluoroquinolone1984
1953 Science 25 Dec. 770/2 A new antibiotic, oligomycin, was isolated and showed promise in the control of plant fungus diseases.
1964 Ann. Rev. Biochem. 33 737 In loosely coupled mitochondria, oligomycin abolishes phosphorylation, and the available evidence is consistent with the conclusion that oligomycin inhibits ATP formation from all three coupling sites of the respiratory chain.
1999 Proc. National Acad. Sci. U.S.A. 23 13808/2 Pretreatment of the cells with oligomycin (5 μM), a potent inhibitor of the mitochondrial ATP synthase, did not significantly modify the patterns.
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