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G. Weill (1965)
Rendement quantique, temps de vie de fluorescence et heterogeneité des sites de fixation de la proflavine sur le DNABiopolymers, 3
J. Lepecq, C. Paoletti (1967)
A fluorescent complex between ethidium bromide and nucleic acids. Physical-chemical characterization.Journal of molecular biology, 27 1
M. Guéron, J. Eisinger, R. Shulman (1967)
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J. Eisinger, M. Guéron, R. Shulman, T. Yamane (1966)
Excimer fluorescence of dinucleotides, polynucleotides, and DNA.Proceedings of the National Academy of Sciences of the United States of America, 55 5
(1969)
Weill arid 11. Dautie, Hiopolymers
Slitherland atid B. 11. Sutherlaiid
Guerori arid 11 . G . Shulmati
M. Guéron, R. Shulman (1968)
Energy transfer in polynucleotides.Annual review of biochemistry, 37
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Pyrimidine dimers in the DNA of Paramecium aurelia.Biophysical journal, 8 4
G. Weill, M. Calvin (1963)
Optical properties of chromophore‐macromolecule complexes: Absorption and fluorescence of acridine dyes bound to polyphosphates and DNABiopolymers, 1
J. Thomes, G. Weill, R4. Daune (1969)
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B. Sutherland, J. Sutherland (1969)
Inhibition of pyrimidine dimer formation in DNA by cationic molecules: role of energy transfer.Biophysical journal, 9 8
New results on sensitization of fluorescence of Profiuvine, Acridine Orange and Ethidium Bromide complexes wilh double stranded poly A‐poly U upon ultraviolet irradiation are presented. Together with older results on dye DNA complex, they are interpreted to show that base to base transfer plays essentially no role compared to direct base to dye transfer. A lower limit of base to base transfer time (which is at the same time a higher limit for life time of fluorescence) in DNA (2. 10−11 sec.) and poly A‐poly U (2. 10−13 sec.) is obtained which cast some doubt upon the validity of calculations of optical properties using the exciton (strong coupling) approximation.
Biopolymers – Wiley
Published: Oct 1, 1971
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