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KMID : 0366319900100030199
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Biochemistry and Molecular Biology News
1990 Volume.10 No. 3 p.199 ~ p.204
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Abstract
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Photosynthesis research fields using chlorphyll fluores cence as a very sensitive and non-destructive tool are in.´, troduced. Steady-state fluoresence can be studied by using´ derivative and curve-fitting analyses. In comparison to. these methods, multilinear analysis is introduced as a new, tool which can handle broad room-temperature fluores-´: cence spectra of photosynthetic systems very well. Fluorescence induction process is divided into the fast rising period j and the next slow decaying period. Information available´. by studying these periods and limitations on several methods employed in studying photosystem II heterogeneity are discussed. Finally studies on time-resolved fluorescence using single-photon timing method are introduced with emphasis on the global analysis and the target analysis.
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KEYWORD
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