In dried films of purple membranes from Halobacterium Halobium, R1, the bathochromic shift of the absorption band of bR 570 in the external electric field is inhibited to a great extent on low temperatures (over the range +20 divided by -20 degrees C) and on decreasing the hydration of preparation (P/Ps from 50% to 12%). Role of polarization processes in the formation of batho-bR is discussed.

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bathochromic shift polarization processes absorption band br 570

E P, Lukashev E, Vozari A A, Kononenko A B, Rubin,.[Effect of temperature and humidity on the electroinduced bathochromic shift in the absorption band of bacteriorhodopsin (Br 570)].. 25 (2),351-3.

E P, Lukashev E, Vozari A A, Kononenko A B, Rubin,"[Effect of temperature and humidity on the electroinduced bathochromic shift in the absorption band of bacteriorhodopsin (Br 570)]." 25

E P, Lukashev E, Vozari A A, Kononenko A B, Rubin,"[Effect of temperature and humidity on the electroinduced bathochromic shift in the absorption band of bacteriorhodopsin (Br 570)]."