Evreinova T N, Mel'nikova E V, Allakhverdov B L, Karnaukhov V N
Zh Evol Biokhim Fiziol. 1977 May-Jun;13(3):330-5.
Protein--nucleic acids--carbohydrate drops stabilized at pH 6.0 by the products of oxidative enzymes (polyphenol oxidase and peroxidase) were mixed with unstabilized ones. Using light, luminescent and electron microscopic techniques, a possibility was demonstrated of co-existence of coacervate drops with different chemical composition and formation of colonies from them. Coacervate drops are considered as a primitive form of cooperation of molecules in the course of the origin of the living matter. The results obtained will be used for obtaining more complex coacervate systems by imitation of a chain of catalytic reactions.
通过氧化酶（多酚氧化酶和过氧化物酶）产物在pH 6.0稳定的蛋白质 - 核酸 - 碳水化合物液滴与未稳定的液滴混合。利用光学、发光和电子显微镜技术，证明了具有不同化学成分的凝聚液滴共存以及由它们形成菌落的可能性。凝聚液滴被认为是生命物质起源过程中分子合作的原始形式。所获得的结果将用于通过模拟一系列催化反应来获得更复杂的凝聚系统。
