## Abstract Many (but not all) of the bioluminescent systems in coelenterβates involve energy transfer from an excited product molecule of the calcium activated photoprotein to a second species, the green fluorescent protein, with emission at 508 nm from its excited state. Although all the luminesc
Energy transfer in random systems
β Scribed by T. Holstein; S.K. Lyo; R. Orbach
- Publisher
- Elsevier Science
- Year
- 1979
- Tongue
- English
- Weight
- 353 KB
- Volume
- 18-19
- Category
- Article
- ISSN
- 0022-2313
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
Theoretical treatments of singlet energy transfer are reviewed with the objective of determining the expressions most relevant for polymeric systems. Observations of singlet energy transfer from 1,3 diphenyl oxazole to 1,4 di[2-(4-methyl 5-phenyl oxazolyl)]-benzene, anthracene and benzophenone confi
Vibrations of systems with instantaneous or stepwise energy losses, e.g., due to impacts with imperfect rebounds, dry friction forces(s) (in which case the losses may be treated as instantaneous ones by appropriate introduction of the response energy) and/or active feedback &&bang}bang'' control of
Steady-state fluorescence, lifetime measurements and time-resolved absorption spectra of the covalentty linked heterc dimers consisting of pheophorbide and porphyrin revealed rapid ( 1011-10'2 s-' ) and efficient singlet-singlet excitation energy transfer from porphyrin unit to pheophorbide.
In the present paper, the non-radiative energy transfer between the donor coumarm 102 and the acceptor rhodamine 6G was studied in order to investigate Fiirster's mechanism when the donor is locked inside the micelle of cetyl trimethyl ammonium bromide and the acceptor is distributed in the electric