Scholz W, Staszkiewicz U, Popp F A, Nagl W
German Cancer Research Center, Institute of Biochemistry, Heidelberg.
Cell Biophys. 1988 Aug;13(1):55-63. doi: 10.1007/BF02797365.
Photon reemission in the ultraweak intensity range that is observed after irradiation of cell suspensions with light, reveals characteristic differences between normal human amnion cells and transformed Wish cells from the same parental tissue. The reemission kinetics, approximated best by a hyperbolical process, were studied as a function of cell density, showing that: malignant Wish cells have a photon storage capacity that is not improved by increasing the cell density; and that normal amnion cells exhibit a photon storage capacity that strongly increases with increasing cell density. The interpretation of this effect and the nature of the emitter are discussed.
在用光照射细胞悬液后观察到的超弱强度范围内的光子再发射，揭示了来自同一亲本组织的正常人羊膜细胞和转化的Wish细胞之间的特征差异。通过双曲线过程最佳近似的再发射动力学，作为细胞密度的函数进行了研究，结果表明：恶性Wish细胞具有的光子存储能力不会因细胞密度增加而提高；而正常人羊膜细胞表现出的光子存储能力会随着细胞密度的增加而强烈增加。文中讨论了这种效应的解释以及发射体的性质。
