Petukhov V G, Osin N S
Biofizika. 1979 May-Jun;24(3):544-5.
The afterglow of some organisms is registered in the region of 460--540 nm at excitation in the 365 nm region. Apparently this effect is due to NAD and flavin containing coferments of proteins. The afterflow of NAD and riboflavin is also registered in thin films of albumin at excitation in 365 nm. The afterflow of NAD and riboflavin in thin protein films is similar to that spectrum of freezedried organisms' when the concentrations of these components are close to their concentrations in the cell.
某些生物体的余辉在365nm区域激发时，于460 - 540nm区域被记录下来。显然，这种效应归因于含NAD和黄素的蛋白质辅酶。在365nm激发下，白蛋白薄膜中也记录到了NAD和核黄素的余辉。当这些成分的浓度接近其在细胞中的浓度时，薄蛋白膜中NAD和核黄素的余辉与冻干生物体的光谱相似。
