Sakthisekaran D, Shanmugasundaram E R
Department of Biochemistry, University of Madras, India.
Biochem Int. 1990;21(1):117-34.
The toxic nature of the secondary metabolite has been studied in rats. Changes in the concentration of a few key enzymes in carbohydrate metabolism have also been studied. In this, liver aldolase concentration was found to be significantly lowered. Since aldolase is one of the important bifunctional enzymes of glycolysis, it has been isolated and purified and studied on its kinetic properties were made. The kinetic studies did not show any significant variations in the properties of liver aldolase of normal and patulin treated animals. These results suggest that most probably, patulin toxicosis inhibits the biosynthesis of liver aldolase.
已在大鼠身上研究了这种次生代谢物的毒性。还研究了碳水化合物代谢中一些关键酶浓度的变化。在此过程中,发现肝脏醛缩酶浓度显著降低。由于醛缩酶是糖酵解的重要双功能酶之一,已对其进行分离纯化并研究了其动力学性质。动力学研究未显示正常动物和棒曲霉素处理动物肝脏醛缩酶性质有任何显著差异。这些结果表明,棒曲霉素中毒很可能抑制了肝脏醛缩酶的生物合成。