Severinets L Ia, Ivanova I A, Rodichev A G, Krunchak V G, Komarov E V
Antibiotiki. 1983 Jul;28(7):497-502.
Levorin destruction in oxygen, argon or air at various temperature levels was studied. It was found that destruction of the antibiotic molecule was mainly due to its interaction with oxygen. As a result the heptaenic chromophore was oxidized and triene and tetraene formed. Oxidation of levorin was accompanied by splitting out of paraaminoacetophenone. Destruction of levorin in the absence of oxygen was retarded.
研究了利佛菌素在不同温度水平的氧气、氩气或空气中的破坏情况。发现抗生素分子的破坏主要是由于其与氧气的相互作用。结果，七烯发色团被氧化，形成了三烯和四烯。利佛菌素的氧化伴随着对氨基苯乙酮的分解。在无氧条件下利佛菌素的破坏受到抑制。
