Roshchina V V
Biokhimiia. 1979 Mar;44(3):477-81.
The effect of dibromothymoquinone on photosynthetic electron transport in pea dependent on concentration was studied. Dibromothymoquinone inhibited general electron transport from water to NADP+ in isolated chloroplasts and ethiochloroplasts and the electron transfer via plastoquinone and cytochrome f in the leaves and isolated plastids. At all concentrations studied dibromothymoquinone significantly affected the absorption changes at 590 nm in the ethiochloroplasts associated with plastocyanine photoreactions. Possible location of electron carriers in the photosynthetic electron transport chain is discussed.
研究了二溴百里香醌对豌豆光合电子传递的浓度依赖性影响。二溴百里香醌抑制了分离叶绿体和黄化叶绿体中从水到NADP⁺的一般电子传递，以及叶片和分离质体中通过质体醌和细胞色素f的电子传递。在所研究的所有浓度下，二溴百里香醌均显著影响黄化叶绿体中与质体蓝素光反应相关的590nm处的吸收变化。文中讨论了光合电子传递链中电子载体的可能位置。
