A theoretical model of the primary electron transport processes of bacterial photosynthesis
that describes not only the changes in the charged state of the carriers, but also the …

ON THE RELATIONSHIP BETWEEN STRUCTURAL AND DYNAMIC PROPERTIES IN PURPLE
BACTERIA REACTION CENTERS AND STABILIZATION OF PHOTOMOBI Page 1 ON THE …

The primary photochemistry in bacterial photosynthesis involves a charge separation, stable
for milliseconds to seconds, between specialized pigments acting as the primary electron …

The temperature dependence of the dark recombination rate in photooxidized
bacteriochlorophyll (P) and photoreduced quinone acceptors (ubiquinones) QA and QB of …

Absorption of the energy of a photon in the RC is followed by rapid, efficient electron transfer
from a primary donor along a chain of acceptors leading across the photosynthetic …

In this review, we discuss our studies conducted in 1985-1988 in collaboration with AA
Konstantinov, one of the top scientists in the field of membrane bioenergetics. Studying fast …

For the last decades, significant progress has been made in studying the biological functions
of H-bond networks in membrane proteins, proton transporters, receptors, and …

D. Kleinfeld, 1*. Y. Okamura, and G. Feher* abstract: We have compared the electron-
transfer kinetics in reaction centers (RCs) cooled in the darkwith those cooled under …

Kinetics of electron transfer, following variation of actinic light intensity, for photosynthetic
reaction centers (RCs) of purple bacteria (isolated and membrane-bound) were analyzed by …

We use the electron-conformational interaction approach to develop a physical model which
self-consistently describes the photomobilized electron transfer kinetics and structure …