TIME-RESOLVED SPECTROSCOPY OF THE PRIMARY PHOTOSYNTHETIC PROCESSES OF MEMBRANE-BOUND REACTION CENTERS FROM AN ANTENNA-DEFICIENT MUTANT OF RHODOBACTER-CAPSULATUS
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SCHMIDT, S
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机构:UNIV MUNICH,INST MED OPT,BARBARASTR 16,W-8000 MUNICH 40,GERMANY
SCHMIDT, S
ARLT, T
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机构:UNIV MUNICH,INST MED OPT,BARBARASTR 16,W-8000 MUNICH 40,GERMANY
ARLT, T
HAMM, P
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机构:UNIV MUNICH,INST MED OPT,BARBARASTR 16,W-8000 MUNICH 40,GERMANY
HAMM, P
LAUTERWASSER, C
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机构:UNIV MUNICH,INST MED OPT,BARBARASTR 16,W-8000 MUNICH 40,GERMANY
LAUTERWASSER, C
FINKELE, U
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机构:UNIV MUNICH,INST MED OPT,BARBARASTR 16,W-8000 MUNICH 40,GERMANY
FINKELE, U
DREWS, G
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DREWS, G
ZINTH, W
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机构:UNIV MUNICH,INST MED OPT,BARBARASTR 16,W-8000 MUNICH 40,GERMANY
ZINTH, W
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[1] UNIV MUNICH,INST MED OPT,BARBARASTR 16,W-8000 MUNICH 40,GERMANY
The primary photosynthetic reactions in whole membranes of the antenna-deficient mutant strain U43 (pTXA6-10) of Rhodobacter capsulatus are studied by transient absorption and emission spectroscopy with subpicosecond time resolution. Extensive similarities between the transient absorption data on whole membranes and on isolated reaction centers support the idea that the primary processes in isolated reaction centers are not modified by the isolation procedure.