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Biomedical subjects

D S Chernavskiĭ

Publications and source records attributed to D S Chernavskiĭ.

24 records · Page 2Linked to original sources
PubMedDate not supplied

[Physical model of initial stages of energy transformation during oxidative phosphorylation].

A model of non-dissipative energy transmission of activated electron into proton subsystem energy was considered. The model is based on the effect of resonance tunneling of the electrons, which provides for non-dissipative energy transmission. Within the scope of the model the energized proton formed in the protein membrane structure has enough energy to perform phosphorylation.

Energy Transfer↗
PubMedDate not supplied

[Kinetics of primary photocycle stages of bacteriorhodopsin at low temperatures].

According to the changes of absorption spectra kinetics of two primary stages of bacteriorhodopsin photochemical cycle was studied in the temperature range 160 +/- 300 degrees K. It has been found that for K610-L550 transition in the range under study the rate-temperature relationship is described by Arrhenius law with the activation energy Ea = 0.68 eV. For L550-M412 transition Ea = 0.69 eV. The character of temperature relationship, of the rate and amplitude for this transition indicates that at T less than or equal to 270 degrees K a phase transition is possible.

Bacteriorhodopsins↗