PHARMACOLOGICAL BLOCKADE OF ACID SENSING ION CHANNELS NORMALIZES EMOTIONALLY CONDITIONED LEARNING DISTURBED DUE TO EPILEPTIC STATUS by Fedoriuk, M.P., Stefanenko, M.V., Bohovyk, R.I., Cherninsky, A.O., Maximyuk, O.P., Isaev, D.S., Platonov, M.O., Krishtal, O.O.

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ROLE PHOSPHOINOSITID SIGNALING PATHWAY IN OPIOIDS CONTROL OF P2X3 RECEPTORS IN THE PRIMARY SENSORY NEURONS by Kulyk, V B, Chizhmakov, I V, Volkova, T M, Maximyuk, O P, Krishtal, O A

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Intracellular Na super(+) inhibits voltage-dependent N-type Ca super(2+) channels by a G protein beta gamma subunit-dependent mechanism by Blumenstein, Y, Maximyuk, O P, Lozovaya, N, Yatsenko, N M, Kanevsky, N, Krishtal, O, Dascal, N

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ROLE PHOSPHOINOSITID SIGNALING PATHWAY IN OPIOIDS CONTROL OF P2X3 RECEPTORS IN THE PRIMARY SENSORY NEURONS by Kulyk, V B, Chizhmakov, I V, Volkova, T M, Maximyuk, O P, Krishtal, O A

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Analogs of a superacidic NMDA receptor agonist, N-phthalamoyl-L-glutamic acid (PhGA): Activity and mode of interaction with the receptor recognition site by Zhenochin, S. P., Piotrovsky, L. B., Dumpis, M. A., Maximyuk, O. P., Lishko, P. V., Tsyndrenko, A. Ya, Krishtal, O. A.

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Hyperforin attenuates various ionic conductance mechanisms in the isolated hippocampal neurons of rat by Chatterjee, S., Filippov, V., Lishko, P., Maximyuk, O., Nöldner, M., Krishtal, O.

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