Abstract
This paper describes regularity of the delayed fluorescence kinetics changes of xanthene dyes in the cancer cells received from tumors of different diameter. It shows that the rate constant of bimolecular reactions (singlet–triplet T−1Δg(O2) and triplet–triplet annihilations) as well as thermoactive fluorescence decrease with increasing pathological process development stage. It could be a result of both more expressed cancer cell hypoxia and a change in cytoplasm viscosity.
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