Справочник "Биофизики России"
Тип публикации: статьи в научных журналах
Найдено: 340.
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- Fraikin G. Ya., Pinyaskina E. V., Strakhovskaya M. G., Rubin A. B. A new photoinducible system that protects Candida guilliermondii cells against the lethal effects of UVB radiation // Dokl. Biophys. 1995. V.343. P.21-23
- Fraikin G. Ya., Strakhovskaya M. G., Pinyaskina E. V. Localization of a porphyrin-type compound in yeast plasma membranes and its involvement in photosensitization of lipid peroxidation // Biochemistry (Moscow). 1995. V.60. P.877-880
- Гончаренко Е. Н., Граевская Е. Э., Кудряшов Ю. Б. Мастоциты и радиорезистентность // Успехи современной биологии. - 1994. - Т. 114. - 475-481
- Красильников П. М., Фисун О. И. Собственные колебания заряженных сферических мембран // Биофизика. 1994. Т. 39, вып. 5, стр. 876
- Fraikin G. Ya. Near-UV-induced cell division regulation as a model to study photobiopositive effects and development of biostimulation light therapy / Biologic effects of light. Berlin, N.Y.: Walter de Gruyter, 1994. P.540-545
- Prosandeyev S. A., Tarasevich Yu. Yu. Optical and electric properties of crystals with alternate structures // Ferroelectrics, 1994, 164
- Riznichenko G. Yu., Plusnina T. Yu., Aksyonov S. I. Modelling of the effect of a weak electric field on a nonlinear transmembrane ion transfer system // Bioelectrochemistry and Bioenergetics, 1994, vol. 35, pp. 39-47
A mathematical modelling of the K+/H+ antiport system was carried out to investigate the influence of a weak low-frequency applied periodic electric field on ion flux via a carrier across the lipid membrane. Nonlinear in character, the system can have a damped oscillatory, trigger or self-sustained oscillatory behaviour depending on the pattern of the ionic flux. Numerical calculation showed that the applied electric field could parametrically regulate nonlinear biological systems and the effects can be significant in bifurcation areas. The intensity of applied periodic electric field was estimated to be in the range 10-600 V/cm and the frequency in the range 10-2-10 Hz.
- Fraikin G. Ya. UVA-induced cell growth activation as a model for development of biostimulation light therapy // Photodermatol. Photoimmunol. Photomed. 1993. V.9. P.174
- Kudryashov Yu. B. Modification by "Myhida" of cancer treatment: Theory of endogenous background // In: Chemical Modiffiers on Cancer Threatment. Kyoto, Japan, 1993, p.16-19.
- Fraikin G. Ya. Different mechanisms of yeast cell photoinactivation for UVA and visible radiation // Photochem. Photobiol. 1992. V55. P.81
- Fraikin G. Ya. Photoprotection by serotonin / Biologic effects of light. Berlin, N.Y.: Walter de Gruyter, 1992. P.458-462
- Loktev V. M., Prosandeev S. A., Tarasevich Yu. Yu. Electronic structures of point defects in antiferromagnetic insulating cuprates // Physica status solidi (b), 1992, 174
- Prosandeyev S. A., Tarasevich Yu. Yu. A simple analytical model of the electronic structure of antiferromagnetic alternating systems: The example
of CuO2 plane // Ferroelectrics, 1992, 131, 1-4
- Prosandeyev S. A., Tarasevich Yu. Yu. LCAO-calculation of the electronic structure of PbTiO3 and ZrTiO3 // Ferroelectrics, 1992, 131, 1-4
- Smirnov A. I., Aksyonov S. I., et al In vivo seed investigation by electron paramagnetic resonance spin probe technique // J. Plant Physiology, 1992, 140:447-452
- Просандеев С. А., Тарасевич Ю. Ю. Влияние корреляционных эффектов на зонную структуру, низкоэнергетические электронные возбуждения и функции откликов в слоистых оксидах меди // Украинский физический журнал, 1991, 36, 3
- Aksyonov S. I., et al C and P spectroscopic study of dynamics vs function relations in photosynthetic membranes of purple bacteria at different humidity // Biologicheskye membrany, 1991, 8:491-503
- Aksyonov S. I., et al ESR tomography of water state in wheat seeds at early ripening stage // Biofizika, 1991, 36:318-321
- Belenikina N. S., Strakhovskaya M. G., Fraikin G. Ya. Near-UV activation of yeast growth // J. Photochem. Photobiol. B: Biol.1991. V.10. P.51-55
- Маторин Д. Н., Венедиктов П. С. Люминесценция хлорофилла в культурах микроводорослей и природных популяциях фитопланктона Итоги науки и техн. ВИНИТИ. Сер. Биофизика. 1990. Т. 40. С. 49-10
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Условные обозначения:
- научный журнал