Telegina T A, Avakian K A, Pavlovskaia T E
Zh Evol Biokhim Fiziol. 1977 Jul-Aug;13(4):429-33.
It has been demonstrated that UV irradiation of acetaldehyde (2.5%) and ammonium nitrate (1.5%) solutions results in the synthesis of the pyruvic acid (PA). With the increase in the duration of irradiation, the yield of the produced PA decreases which is associated both with its photolysis and with its further transformations, for instance, into amino acids. The results obtained are discussed in relation to abiogenic synthesis of biologically important compounds in prebiological evolution and to possible development of metabolic pathways which are found in contemporary organisms.
已经证明，对乙醛（2.5%）和硝酸铵（1.5%）溶液进行紫外线照射会导致丙酮酸（PA）的合成。随着照射时间的增加，所产生的PA的产量会下降，这与其光解以及其进一步转化（例如转化为氨基酸）都有关系。所得结果是结合前生物进化中具有生物学重要意义的化合物的非生物合成以及当代生物体中发现的代谢途径的可能发展来进行讨论的。
