Beliaeva O B, Litvin F F
Biofizika. 1980 Jul-Aug;25(4):617-23.
It has been found that formation of non-fluorescine intermediate product with the absorption maximum 690 nm during photochemical hydration of protochlorophyllide in ethiolated plant leaves can also proceed at -196 degrees C. During dark transformation of this product two forms of the pigment with the fluorescence maxima 695 and 685 nm are initiated, the first one preceding. The dependence of the spectral changes discovered on the light spectral composition is interpreted as a consequence of switching on of the parallel reactions of precursors or as a result of photoreversible reaction into chlorophill biosynthesis.
已经发现,在黄化植物叶片中原叶绿素酸酯的光化学水合过程中,形成吸收最大值为690nm的非荧光中间产物也可以在-196℃下进行。在该产物的暗转化过程中,引发了两种荧光最大值分别为695nm和685nm的色素形式,第一种先出现。所发现的光谱变化对光谱组成的依赖性被解释为前体平行反应开启的结果,或者是叶绿素生物合成中光可逆反应的结果。