Main Research Goal
Study of molecular mechanisms of integrative
function of nerve cells in norma and
under brain pathology
Current studies
Somatic potassium currents modulation by the
effect on mGluR in cultured hippocampal neurons.
(N.S.Veselovky, S.A. Fedulova, D.V.Vasiliev, E.V.Isaeva,
V.G.Sidorenko) .
Role of LVA Ca2 channels and intracellular Ca2 pools
in generation of Ca2 signals in thalamic neurons
(A.N.Tarasenko, N.V.Voitenko, N.Soloviova).
Physiological mechanisms underlining the recovery of LVA Ca2
channels from inactivated state
(A.N.Tarasenko, A.I.Ivanov, A.V.Eremin
Discriminative properties of the subtypes of low
voltage-activated Ca channels in thalamic neurons
(Ya.M.Shuba, S.A. Zhuravleva
Neurotransmitter modulation of inhibitory synaptic transmission in
cultural hippocampal neurons
(P.V.Belan, I.V.Melnik, M.V.Storozhuk, M.A.Chvanov).
Modulation of electrical excitability of rat pheochromocytoma cells (PC12)
by interferons (I.S.Magura, O.M.Rozhmanova, N.Ch.Pogorelaya, V.Kucher).
Modeling of single channels and intra- and extracellular calcium
transients
(P.V.Belan, E.E.Saftenku).
Mechanisms of caffein indused oscillations
membrane potential
in nerve cells of mollusk
(N.I.Kononenko, A.O.Komendantov).
Mechanisms of generation of Ca signal in dorsal horn spinal cord DRG neurons
(N.V.Voitenko, I.A.Kruglikov, B.A.Shiskin)
.
Dept. of Gen. Physiol. of Nervous Syste |
Personnel |
Publications |
Bogomoletz Inst. of Physiolog