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Ferroelectrics Volume 155, 1994 - Issue 1
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Original Articles

Bioferroelectricity: Modeling the transitions of the sodium channel

Vladimir S. Bystrov Institute of Mathematical Problems of Biology, Pushchino Research Center, Academy of Sciences of Russia, Pushchino, Moscow Region, 142292, Russia
&
H. Richard Leuchtag Department of Biology, Texas Southern University, Houston, Texas, 77004, U.S.A
Pages 19-24 | Received 09 Aug 1993, Accepted 31 Oct 1993, Published online: 25 Feb 2011

Citations (15)

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Read on this site (6)

V.S. Bystrov, G.I. Ovtchinnikova, T.R. Tazieva, A.N. Soloshenko, Yu.A. Pirogov & V.K. Novik. (2001) Bioferroelectricity and related problems: Hydrogen-bonded ferroelectric-like systems. Ferroelectrics 258:1, pages 79-88.
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Alex Gordon, B. E. Vugmeister, H. Rabitz, Simon Dorfman, Joshua Felsteiner & Peter Wyder. (1999) A ferroelectric model for the generation and propagation of an action potential and its magnetic field stimulation. Ferroelectrics 220:1, pages 291-304.
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Takayuki Tokimoto, Kotaro Shirane & Hiroyuki Kushibe. (1999) Self-Organized chemical model and approaches to membrane excitation. Ferroelectrics 220:1, pages 273-289.
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H. Richard Leuchtag & VladimirS. Bystrov. (1999) Theoretical models of conformational transitions and ion conduction in voltage-dependent ion channels: Bioferroelectricity and superionic conduction. Ferroelectrics 220:1, pages 157-204.
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VladimirS. Bystrov. (1997) Ferroelectric liquid crystal models of ion channels and gating phenomena in biological membranes. Ferroelectrics Letters Section 23:3-4, pages 87-93.
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VladimirS. Bystrov & H. Richard Leuchtag. (1996) Phase transitions in the ferroelectric-active model of ion channels of biomembranes. Ferroelectrics 186:1, pages 305-307.
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Articles from other publishers (9)

Mohsin Ali, Mohammad Javad Bathaei, Emin Istif, Seyed Nasir Hosseini Karimi & Levent Beker. (2023) Biodegradable Piezoelectric Polymers: Recent Advancements in Materials and Applications. Advanced Healthcare Materials.
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Oleg V. Gradov, Margaret A. Gradova & Valentin V. Kochervinskii. 2022. Organic Ferroelectric Materials and Applications. Organic Ferroelectric Materials and Applications 571 619 .
A. Heredia, J. J. Gervacio-Arciniega, V. Duarte-Alaniz, O. Amelines-Sarria, A. Rodríguez-Galván & J. M. Siqueiros. (2017) Description of New Bioelectromechanical Properties in Alginate: An Insight with a Computer Simulation. Advances in Materials Physics and Chemistry 07:08, pages 334-346.
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. 2008. Voltage-Sensitive Ion Channels. Voltage-Sensitive Ion Channels 443 464 .
V. Bystrov, N. Bystrova, G. Ovtchinnikova, Yu. Pirogov & Yu. Dekhtyar. (2002) BioFerroelectricity and BioMedicine: new results and approaches. BioFerroelectricity and BioMedicine: new results and approaches.
S.B. Lang. (2000) Piezoelectricity, pyroelectricity and ferroelectricity in biomaterials: Speculation on their biological significance. IEEE Transactions on Dielectrics and Electrical Insulation 7:4, pages 466-473.
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S.B. Lang. (1999) Do the piezoelectric, pyroelectric and ferroelectric properties of biological materials have any physiological significance?. Do the piezoelectric, pyroelectric and ferroelectric properties of biological materials have any physiological significance?.
Kotaro Shirane, Takayuki Tokimoto & Hiroyuki Kushibe. (1997) Entrainment in nerve by a ferroelectric model (II): Quasi-periodic oscillation and the phase locking. Physica D: Nonlinear Phenomena 108:1-2, pages 197-203.
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H. Richard Leuchtag. (1995) Fit of the dielectric anomaly of squid axon membrane near heat-block temperature to the ferroelectric Curie-Weiss law. Biophysical Chemistry 53:3, pages 197-205.
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