Search Results - Rogachevskii, Ilya V.

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  1. 1
    Role of the Guanidinium Groups in Ligand–Receptor Binding of Arginine-Containing Short Peptides to the Slow Sodium Channel: Quantitative Approach to Drug Design of Peptide Analgesics

    Role of the Guanidinium Groups in Ligand–Receptor Binding of Arginine-Containing Short Peptides to the Slow Sodium Channel: Quantitative Approach to Drug Design of Peptide Analgesi... by Plakhova, Vera B., Samosvat, Dmitriy M., Zegrya, Georgy G., Penniyaynen, Valentina A., Kalinina, Arina D., Ke, Ma, Podzorova, Svetlana A., Krylov, Boris V., Rogachevskii, Ilya V.

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  2. 2
    Arginine-Containing Tripeptides as Analgesic Substances: The Possible Mechanism of Ligand-Receptor Binding to the Slow Sodium Channel

    Arginine-Containing Tripeptides as Analgesic Substances: The Possible Mechanism of Ligand-Receptor Binding to the Slow Sodium Channel by Rogachevskii, Ilya V, Plakhova, Vera B, Penniyaynen, Valentina A, Kalinina, Arina D, Podzorova, Svetlana A, Samosvat, Dmitriy M, Zegrya, Georgy G, Krylov, Boris V

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  3. 3
    Role of the Rhamnosyl Residue of Ouabain in the Activation of the Na,K-ATPase Signaling Function

    Role of the Rhamnosyl Residue of Ouabain in the Activation of the Na,K-ATPase Signaling Function by Rogachevskii, Ilya V, Samosvat, Dmitriy M, Penniyaynen, Valentina A, Plakhova, Vera B, Podzorova, Svetlana A, Ma, Ke, Zegrya, Georgy G, Krylov, Boris V

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  4. 4
    Short Lysine-Containing Tripeptide as Analgesic Substance: The Possible Mechanism of Ligand-Receptor Binding to the Slow Sodium Channel

    Short Lysine-Containing Tripeptide as Analgesic Substance: The Possible Mechanism of Ligand-Receptor Binding to the Slow Sodium Channel by Plakhova, Vera B, Kalinina, Arina D, Boichenko, Nadezhda A, Samosvat, Dmitriy M, Zegrya, Georgy G, Butkevich, Irina P, Mikhailenko, Viktor A, Penniyaynen, Valentina A, Podzorova, Svetlana A, Yagudina, Roza I, Krylov, Boris V, Rogachevskii, Ilya V

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  5. 5
    Analgesic Effect of the Lysine-Containing Short Peptide Is Due to Modulation of the NaV1.8 Channel Activation Gating System

    Analgesic Effect of the Lysine-Containing Short Peptide Is Due to Modulation of the NaV1.8 Channel Activation Gating System by Kalinina, Arina D., Rogachevskii, Ilya V., Samosvat, Dmitriy M., Zegrya, Georgy G., Butkevich, Irina P., Mikhailenko, Viktor A., Plakhova, Vera B., Penniyaynen, Valentina A., Podzorova, Svetlana A., Krylov, Boris V.

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  6. 6
    Src kinase controls signaling pathways in sensory neuron triggered by low-power infrared radiation

    Src kinase controls signaling pathways in sensory neuron triggered by low-power infrared radiation by Plakhova, Vera B, Penniyaynen, Valentina A, Yachnev, Igor L, Rogachevskii, Ilya V, Podzorova, Svetlana A, Krylov, Boris V

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  7. 7
    Molecular mechanisms and signaling by comenic acid in nociceptive neurons influence the pathophysiology of neuropathic pain

    Molecular mechanisms and signaling by comenic acid in nociceptive neurons influence the pathophysiology of neuropathic pain by Penniyaynen, Valentina A., Plakhova, Vera B., Rogachevskii, Ilya V., Terekhin, Stanislav G., Podzorova, Svetlana A., Krylov, Boris V.

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  8. 8
    Analgesic Effect of the Lysine-Containing Short Peptide Is Due to Modulation of the Na[sub.V]1.8 Channel Activation Gating System

    Analgesic Effect of the Lysine-Containing Short Peptide Is Due to Modulation of the Na[sub.V]1.8 Channel Activation Gating System by Kalinina, Arina D, Rogachevskii, Ilya V, Samosvat, Dmitriy M, Zegrya, Georgy G, Butkevich, Irina P, Mikhailenko, Viktor A, Plakhova, Vera B, Penniyaynen, Valentina A, Podzorova, Svetlana A, Krylov, Boris V

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