Search Results - "Samosvat, Dmitriy M."

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 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.

“…Several arginine-containing short peptides have been shown by the patch-clamp method to effectively modulate the NaV1.8 channel activation gating system, which…”
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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

“…Two short arginine-containing tripeptides, H-Arg-Arg-Arg-OH (TP1) and Ac-Arg-Arg-Arg-NH (TP2), have been shown by the patch-clamp method to modulate the Na 1.8…”
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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

“…The signaling or non-pumping Na,K-ATPase function was first observed by us in the nociceptive neuron; Na,K-ATPase transduced the signals from the opioid-like…”
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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

“…A possible molecular mechanism of the ligand-receptor binding of Ac-Lys-Lys-Lys-NH (Ac-KKK-NH ) to the Na 1.8 channel that is responsible for nociceptive…”
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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.

“…The present work continues our recent series of articles that aim to elucidate the ligand–receptor binding mechanism of short cationic peptides to the NaV1.8…”
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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

“…The present work continues our recent series of articles that aim to elucidate the ligand–receptor binding mechanism of short cationic peptides to the…”
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Possible mechanism of ligand-receptor binding of the synthetic tripeptide Ac-RRR-NH2 to the nociceptive neuron membrane by Rogachevskii, Ilya V., Samosvat, Dmitriy M., Kalinina, Arina D., Zegrya, Georgiy G., Krylov, Boris V., Podzorova, Svetlana A., Plakhova, Vera B.

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