In vivo acetylene inactivation of Chlorella nitrate reductase and its subsequent activation by blue light and nitrate

M.L Muñoz-Calvo , M Villarroya-Sanchez , M Rodríguez-López , P.J Aparicio
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引用次数: 3

Abstract

Acetylene inactivates in vitro the reduced form of Chlorella NADH-nitrate reductase. In vivo acetylene atmosphere promotes the inactivation of nitrate reductase when the cell cultures were free of nitrate, more effectively under red light than under blue light. In vivo reactivation of acetylene inactivated nitrate reductase is nitrate and light dependent. The reactivation was also achieved in cells kept in media containing tungstate substituting for molybdate. For this in situ reactivation, blue light was much more effective than red light.

硝酸小球藻还原酶体内乙炔失活及其在蓝光和硝酸盐作用下的活化
乙炔体外灭活小球藻nadh -硝酸还原酶的还原形式。体内乙炔气氛促进硝酸盐还原酶的失活,在无硝酸盐的细胞培养中,红光下比蓝光下更有效。乙炔失活硝酸还原酶的体内再激活是硝酸盐和光依赖的。在含有钨酸盐代替钼酸盐的培养基中也能实现再活化。对于这种原位再激活,蓝光比红光更有效。
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