THE CHEMISTRY OF ANTIMYCIN A. IX. STRUCTURE OF THE

Selective Functionalization of Antimycin A Through an N-Transacylation Reaction. Arnaud Chevalier , Yanmin Zhang , Omar M. Khdour , and Sidney M. Hecht.

dition to. 2-methyl-4-methoxycylohexanone and the major com- ponent is undoubtedly that resulting from (unhindered) axial addition of methyl vinyl ketone to ...

line degradation of the antibiotic antimycin has been clarified. Under mildly alkaline conditions2 theStrepto- myces antibiotic antimycin A (tentative molecular.

combined in establisning the constitution of the antimycins (XVII), the streptomyces antibiotic ... tion to the Editor, part IX of the series “The Chemistry of Antimycin.

the structural elucidation of the component parts of antimycin Ai. Previous chemical studies of the antimycin A complex have shown that mild alkaline treatment.

Although antimycin A3 was isolated4 in ap- parently homogeneous form in 1949, later work revealed that the crystalline antibiotic was in fact a complex of ...

I Degradation of Antimycin AI2. BY Li-EX-CHIH LIIJ,~ E. 13. VAN TAMELEN .~SD F. .\I. STRONG. Mild alkaline hydroly.;i~ of the antibii~tic aintiiiiycin -Ii yields two ...

Separation and Properties of Antimycin A Subcomponents. 4387. [Contribution from the. Department of Biochemistry, University of Wisconsin]. The Chemistry of ...

Organoboron-Based Allylation Approach to the Total Synthesis of the Medium-Ring Dilactone (+)-Antimycin A1b. The Journal of Organic Chemistry. Janetzko ...

Mild alkalinedegradation of the antibiotic antimycin A has afforded, among other products, a substance CuHhNíOs, which has been termed antimycic acid (I).3 ...