1. Autowave mode of the functioning of the nitric oxide + free iron + thiols system as a basis for control of the biological action of nitric oxide and its endogenous compounds

   • A. F. Vanin

   Molecular Biophysics Pages: 851 - 852

2. Nitrite protonation as a necessary stage in the generation of nitric oxide from nitrite in biological systems

   • V. D. Mikoyan
   • L. N. Kubrina
   • A. F. Vanin

   Molecular Biophysics Pages: 853 - 859

3. Application of a photosystem II model for analysis of fluorescence induction curves in the 100 ns to 10 s time domain after excitation with a saturating light pulse

   • N. E. Belyaeva
   • V. Z. Pashchenko
   • A. B. Rubin

   Cell Biophysics Pages: 860 - 872

4. Transient currents and Ca²⁺ gradient relaxation in characean algae cells: Theory and experiment

   • G. N. Berestovsky
   • A. A. Kataev
   • M. A. Tsyganov

   Cell Biophysics Pages: 873 - 881

5. Detection of new double-membrane structures in native mitochondria by the method of small-angle neutron scattering

   • T. N. Murugova
   • V. I. Gordeliy
   • L. S. Yaguzhinskii

   Cell Biophysics Pages: 882 - 886

6. Solitonlike and nonsoliton modes of interaction of taxis waves (illustrated with an example of bacterial population waves)

   • M. A. Tsyganov
   • G. R. Ivanitsky

   Cell Biophysics Pages: 887 - 891

7. Mechanosensitivity of gramicidin A channels in bulged bilayer membranes at constant tension

   • V. S. Markin
   • V. Gh. Shlyonsky
   • I. I. Ismailov

   Cell Biophysics Pages: 892 - 895

8. Identification of nonlinear models of biological membranes using the voltage-clamp method

   • M. E. Mazurov

   Cell Biophysics Pages: 896 - 901

9. Magnetophoresis and the magnetic susceptibility of HeLa tumor cells

   • B. E. Kashevskii
   • S. B. Kashevskii
   • Yu. P. Istomin

   Cell Biophysics Pages: 902 - 907

10. Population dynamics: Limits of predictability

    • A. B. Medvinsky

    Complex Systems Biophysics Pages: 908 - 916

11. Simulation of mechanoelectrical coupling in cardiomyocytes under normal and abnormal conditions

    • L. B. Katsnel’son
    • O. E. Solov’eva
    • V. S. Markhasin

    Complex Systems Biophysics Pages: 917 - 926

12. Pharmacological analysis of the antiinflammatory effects of low-intensity extremely-high-frequency electromagnetic radiation

    • A. B. Gapeev
    • K. V. Lushnikov
    • N. K. Chemeris

    Complex Systems Biophysics Pages: 927 - 939

13. Biophysical models of cardiac electrical activity

    • O. V. Baum
    • V. I. Voloshin
    • L. A. Popov

    Complex Systems Biophysics Pages: 940 - 954

14. Effect of potential fluctuations on the activity of sinoatrial node cells

    • R. R. Aliev

    Complex Systems Biophysics Pages: 955 - 958

15. Rhythmogenesis in the heart sinoatrial node

    • M. E. Mazurov

    Complex Systems Biophysics Pages: 959 - 965

16. Investigation of the synchronization of the sinoatrial node upon stimulation from atria

    • G. S. Sukhova
    • M. E. Mazurov

    Complex Systems Biophysics Pages: 966 - 970

17. Parallel structures in multidimensional networks

    • V. V. Smolyaninov

    Complex Systems Biophysics Pages: 971 - 995

18. Problems of structural and functional identification of biological tissues

    • V. V. Smolyaninov

    Complex Systems Biophysics Pages: 996 - 1013