Energy transfer between dimeric chlorophyll a and all trans β- carotene in vitro as resolved by fluorescence photoquenching

Binnie, N. E.; Haley, L. V.; Mattioli, Tony A.; Koningstein, J. A.

doi:10.1016/0022-2313(86)90005-0

Journal of Luminescence

1986

DOI: 10.1016/0022-2313(86)90005-0

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Energy transfer between dimeric chlorophyll a and all trans β- carotene in vitro as resolved by fluorescence photoquenching

N. E. Binnie¹,

L. V. Haley²,

Tony A. Mattioli³

et al.

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1992

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ON THE ORIGIN OF 628 nm FLUORESCENCE IN CERTAIN CHLOROPHYLL PREPARATIONS

Seely¹

1992

Photochem & Photobiology

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A fluorescence band at 628 nm seen in certain preparations of chlorophyll on polyethylene particles swollen with tetradecane comes not from an impurity of protochlorophyll in the original chlorophyll, but from a substance like protochlorophyll formed upon adsorption of chlorophyll to the particles. Much of the chlorophyll is grafted to polyethylene in the same particles by a process that does not affect the chromophore. These and other properties peculiar to the particles are tentatively ascribed to a prior free radical oxidation process in the swollen particles.

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ON THE ORIGIN OF 628 nm FLUORESCENCE IN CERTAIN CHLOROPHYLL PREPARATIONS

Seely¹

1992

Photochem & Photobiology

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Energy transfer between dimeric chlorophyll a and all trans β- carotene in vitro as resolved by fluorescence photoquenching

Cited by 1 publication

References 45 publications

ON THE ORIGIN OF 628 nm FLUORESCENCE IN CERTAIN CHLOROPHYLL PREPARATIONS

ON THE ORIGIN OF 628 nm FLUORESCENCE IN CERTAIN CHLOROPHYLL PREPARATIONS

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