Hole burning spectroscopy of a core antenna complex

J. K. Gillie; J. M. Hayes; G. J. Small; John H. Golbeck

doi:10.1021/j100306a003

Hole burning spectroscopy of a core antenna complex

J. K. Gillie, J. M. Hayes, G. J. Small, John H. Golbeck

Biochemistry & Molecular Biology

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19 Scopus citations

Abstract

Zero-phonon, vibronic, and phononic satellite hole structure are reported for a core antenna complex (C670) of photosystem I. The electron-protein phonon coupling of C670 is compared with that for the primary electron donor state P700. Low-frequency phonons (∼30 cm^-1) are implicated as the primary acceptor modes for excitation transport from the antenna to the reaction center. Excitation transport within the antenna at helium temperatures is markedly slower than at room temperature.

Original language	English (US)
Pages (from-to)	5524-5527
Number of pages	4
Journal	Journal of physical chemistry
Volume	91
Issue number	22
DOIs	https://doi.org/10.1021/j100306a003
State	Published - Jan 1 1987

All Science Journal Classification (ASJC) codes

General Engineering
Physical and Theoretical Chemistry

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abstract = "Zero-phonon, vibronic, and phononic satellite hole structure are reported for a core antenna complex (C670) of photosystem I. The electron-protein phonon coupling of C670 is compared with that for the primary electron donor state P700. Low-frequency phonons (∼30 cm-1) are implicated as the primary acceptor modes for excitation transport from the antenna to the reaction center. Excitation transport within the antenna at helium temperatures is markedly slower than at room temperature.",

author = "Gillie, {J. K.} and Hayes, {J. M.} and Small, {G. J.} and Golbeck, {John H.}",

year = "1987",

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T1 - Hole burning spectroscopy of a core antenna complex

AU - Gillie, J. K.

AU - Hayes, J. M.

AU - Small, G. J.

AU - Golbeck, John H.

PY - 1987/1/1

Y1 - 1987/1/1

N2 - Zero-phonon, vibronic, and phononic satellite hole structure are reported for a core antenna complex (C670) of photosystem I. The electron-protein phonon coupling of C670 is compared with that for the primary electron donor state P700. Low-frequency phonons (∼30 cm-1) are implicated as the primary acceptor modes for excitation transport from the antenna to the reaction center. Excitation transport within the antenna at helium temperatures is markedly slower than at room temperature.

AB - Zero-phonon, vibronic, and phononic satellite hole structure are reported for a core antenna complex (C670) of photosystem I. The electron-protein phonon coupling of C670 is compared with that for the primary electron donor state P700. Low-frequency phonons (∼30 cm-1) are implicated as the primary acceptor modes for excitation transport from the antenna to the reaction center. Excitation transport within the antenna at helium temperatures is markedly slower than at room temperature.

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JF - Journal of physical chemistry

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Hole burning spectroscopy of a core antenna complex

Abstract

All Science Journal Classification (ASJC) codes

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