Александрова Тамара Борисовна

кандидат биологических наук

старший научный сотрудник
Лаборатория компьютерных учебников
Центр новых информационных технологий

Телефон: +7 (495) 939-28-00

Last Publications

1. Alexandrov V.V., Alexandrova T.B., AstajovaT.G., Sadovnichi V.A. Mathematical models of physiological systems and dynamic simulation of sensorial conflict under ingravity. Fundamental and Applied mathematics,1997, 129 - 147 (in Russian).
2. Sadovnichi V.A., Alexandrov V.V., Alexandrova T. B. et al. Modelling of vestibular sensorial conflict under ingravity. Theoretical Biophysics,1998, 168, Moscow, Russia
3. Alexandrov V.V.,Alexandrova T.B., Astajova T.G. et al. Equation of the dynamics of the cupula endolimph system in the semicircular canals. Differential equations, 35 (4) 1999, 1 - 5.
4. Alexandrov V., Alexandrova T. Discapasidad del control visual del movimiento en espacio. Discapacidad humana, presente y futuro. ISBN 968 - 7507-ss-L. 2000, 113 - 115.
5. E.Soto,V.V. Alexandrov, T.B. Alexandrova, R. Cruz, R.Vega, T.G. Astajova A mechanical coupling model for the axolotl (Ambistoma Tigrinum) semicircular canals. Mathematical Modeling of Complex Information Processing Systems. Moscow University Press.ISBN 5 - 211 - 04539 -4 2001, 5 - 14.
6. Alexandrov V.V., Almanza A., Kulikovskaya N.V., Vega R. Alexandrova T.B. et al. A mathematical model of the total current dynamics in hair cells. Mathematical Modleling of Complex Information Processing Systems. Moscow University Press. ISBN 5 -211 - 04539 -4 2001, 26-41.
7. Sadovnichii V.A., Alexandrov V.V., Alexandrova T.B., Soto E., et al. A mathematical model for the mechanoreceptor of angular accelerations. Moscow University Mechanical Bulletin, 2002, 57, No. 6.
8. Sadovnichii V.A., Alexandrov V.V., Alexandrova T.B., Lemak S.S., Shkel A.M., Soto E. The vestibular function under extreme conditions of personal navigation and its correction. Moscow University Bulletin, 2003, 58, No. 4
9. Alexandrov V.V., Astajova T.G., Kulikovskaya N.V., et al. A mathematical model of the response of semicircular canal and otolith to head rotation under gravity. J. of Gravitational Physiology. Galileo Fundation. 2004, 11, No 1.
10. Sadovnichi V.A.,Alexandrov V.V., Alexandrova T.B., Soto E et al. A mathematical model of response of semicircular canal and otolith. Fundamental and Applied Mathematics. J. of Mathematical Sciences. 2005, 11, 7.
11. V.V.Alexandrov, T.B. Alexandrova, S.S. Migunov. The mathematical model of the gravity-inertial mechanoreceptor. Moscow University Mechanics Bulletin. Moscow University Press ISSN 0579-9368(Russian), ISSN 0027-130 Allerton Press, Inc. (English), 2006, 61, No 2.
12. V.A. Sadovnichi, V.V. Alexandrov, E. Soto, T.B. Alexandrova, T.G. Astakhova, R. Vega et al. A Mathematical Model of the Response of the Semicircular Canal and Otolith to Vestibular System Rotation under Gravity. J.of Mathematical Sci., 2007, 146, 3, p.5938-5947.