Barnett W A, Wise M L, Jones E C
J Microsc. 1975 Dec;105(3):299-303. doi: 10.1111/j.1365-2818.1975.tb04063.x.
Cathodoluminescence observations on biological compounds are compared with previously established data from ultra violet and visible light excitation studies. The comparison demonstrates that the same molecules are responsible for the luminescence properties of macromolecules independent of the type of exciting radiation. Natural cathodoluminescence was also observed from cells. Moreover, advantages gained by the absorption of strongly cathodoluminiscent dyes into cells are demonstrated.
将生物化合物的阴极发光观测结果与先前通过紫外线和可见光激发研究得出的数据进行了比较。比较结果表明，无论激发辐射的类型如何，相同的分子都决定了大分子的发光特性。还观察到细胞的天然阴极发光。此外，还证明了将强阴极发光染料吸收到细胞中所带来的优势。
