Zavodnik I B, Buko V U, Ostrovskiĭ Iu M
Ukr Biokhim Zh (1978). 1988 Jul-Aug;60(4):58-62.
The acetoin-synthesizing activity has been studied in the skeletal muscles, brain, liver and spleen homogenates (numbered as the activity decreases). The acetoin-synthesizing activity drastically increases in case of the acetaldehyde excess and alcohol intoxication. The acetaldehyde concentrations of above 1.10(-3) M inhibit the liver pyruvate dehydrogenase activity and increase the non-oxidative transformation of pyruvate. Acetoin is rapidly metabolized in the organism eliminating from blood 10 minutes after its injection. Acetoin is an effective precursor in the biosynthesis of lipids.
已对骨骼肌、脑、肝和脾匀浆中的乙偶姻合成活性进行了研究(按活性降低的顺序编号)。在乙醛过量和酒精中毒的情况下,乙偶姻合成活性急剧增加。乙醛浓度高于1.10(-3) M时会抑制肝脏丙酮酸脱氢酶活性,并增加丙酮酸的非氧化转化。乙偶姻在生物体内迅速代谢,注射后10分钟即可从血液中清除。乙偶姻是脂质生物合成中的有效前体。