Lebedev O E, Barskiĭ I Ia, Papaian G V, Fridlianskaia I I
Tsitologiia. 1982 Jun;24(6):685-91.
The green (oxidized flavoproteins) fluorescence intensity was found to increase during investigation of NADH and oxidized flavoproteins fluorescence with the use of optimal excitation of different fluorescence bands. This effect was observed under excitation with blue light (436 nm). It is suggested that in some malignant cells, the structure of flavoproteins (probably of mitochondrial ones) may be altered in the way of increasing the quantum yield under the action of light irradiation.
在利用不同荧光带的最佳激发对NADH和氧化黄素蛋白荧光进行研究期间，发现绿色（氧化黄素蛋白）荧光强度增加。在蓝光（436nm）激发下观察到了这种效应。有人认为，在某些恶性细胞中，黄素蛋白（可能是线粒体中的黄素蛋白）的结构可能会以在光照射作用下提高量子产率的方式发生改变。
