Hirotaka Nishioka

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Electronic coupling calculation and pathway analysis of electron transfer reaction using ab initio fragment-based method. I. FMO–LCMO approach
Electronic coupling calculation and pathway analysis of electron transfer reaction using ab initio fragment-based method. I. FMO–LCMO approach
Pathway analysis of super-exchange electronic couplings in electron transfer reactions using a multi-configuration self-consistent field method
Pathway analysis of super-exchange electronic couplings in electron transfer reactions using a multi-configuration self-consistent field method
Average Electron Tunneling Route of the Electron Transfer in Protein Media
Average Electron Tunneling Route of the Electron Transfer in Protein Media
Correlation between square of electron tunneling matrix element and donor-acceptor distance in fluctuating protein media
Correlation between square of electron tunneling matrix element and donor-acceptor distance in fluctuating protein media
Discrimination of Class I Cyclobutane Pyrimidine Dimer Photolyase from Blue Light Photoreceptors by Single Methionine Residue
Discrimination of Class I Cyclobutane Pyrimidine Dimer Photolyase from Blue Light Photoreceptors by Single Methionine Residue
Non-Condon Theory for the Energy Gap Dependence of Electron Transfer Rate
Non-Condon Theory for the Energy Gap Dependence of Electron Transfer Rate
Interference, Fluctuation, and Alternation of Electron Tunneling in Protein Media. 1. Two Tunneling Routes in Photosynthetic Reaction Center Alternate Due to Thermal Fluctuation of Protein Conformation
Interference, Fluctuation, and Alternation of Electron Tunneling in Protein Media. 1. Two Tunneling Routes in Photosynthetic Reaction Center Alternate Due to Thermal Fluctuation of Protein Conformation
Interference, Fluctuation, and Alternation of Electron Tunneling in Protein Media. 2. Non-Condon Theory for the Energy Gap Dependence of Electron Transfer Rate
Interference, Fluctuation, and Alternation of Electron Tunneling in Protein Media. 2. Non-Condon Theory for the Energy Gap Dependence of Electron Transfer Rate