Andrey Moskalenko
Andrey Moskalenko
Institute of Mathematical Problems of Biology, Russian Academy of Sciences
Verified email at mail-avm.ru - Homepage
Title
Cited by
Cited by
Year
The lacet: a new type of the spiral wave behavior
AV Moskalenko, YE Elkin
Chaos, Solitons & Fractals 40 (1), 426-431, 2009
162009
Tachycardia as “Shadow Play”
A Moskalenko
Tachycardia, 97-122, 2012
152012
Базовые механизмы аритмий сердца
МАВ Елькин Ю.Е.
Клиническая аритмология, 45-74, 2009
122009
A new technique of ECG analysis and its application to evaluation of disorders during ventricular tachycardia
AV Moskalenko, AV Rusakov, YE Elkin
Chaos, Solitons & Fractals 36 (1), 66-72, 2008
112008
Nonlinear effects of lidocaine on polymorphism of ventricular arrhythmias
AV Moskalenko
Biophysics 54 (1), 47-50, 2009
8*2009
Basic Mechanisms of Cardiac Arrhythmias
AV Moskalenko
Cardiac Arrhythmias — Mechanisms, Pathophysiology, and Treatment, 1-44, 2014
72014
Autowave mechanisms of electrocardiographic variability during high-frequency arrhythmias: A study by mathematical modeling
AB Medvinsky, AV Rusakov, AV Moskalenko, MV Fedorov, AV Panfilov
Biophysics 48 (2), 297-305, 2003
7*2003
Is monomorphic tachycardia indeed monomorphic?
AV Moskalenko, YE Elkin
Biophysics 52 (2), 237-240, 2007
6*2007
Tachycardia
T Yamada
BoD–Books on Demand, 2012
42012
Quantitative analysis of electrocardiographic variability typical of polymorphic arrhythmias
AV Moskalenko, NI Kukushkin, CF Starmer, AA Deev, KN Kukushkina, ...
BIOPHYSICS-PERGAMON THEN MAIK NAUKA-C/C OF BIOFIZIKA 46 (2), 313-323, 2001
42001
A system for the computer visualization of the propagation of excitation waves in the myocardium
DY Sarancha, AB Medvisnkii, NI Kukushkin, VV Sidorov, DN Romashko, ...
Biophysics 2 (42), 491-496, 1997
41997
The study of autowave mechanisms of electrocardiogram variability during high-frequency arrhythmias: the result of mathematical modeling
AB Medvinsky, AV Rusakov, AV Moskalenko, MV Fedorov, A Panfilov
Biofizika 48 (2), 314-323, 2003
32003
Quantitative analysis of variability of electrocardiograms typical for polymorphic arrhythmias
AV Moskalenko, NI Kukushkin, CF Starmer, AA Deev, KN Kukushkina, ...
Biofizika 46 (2), 319-329, 2001
32001
A system for computer-aided visualization of propagation of excitation waves in myocardium.
DY Sarancha, AB Medvinsky, NI Kukushkin, VV Sidorov, DN Romashko, ...
Biofizika 42 (2), 502-507, 1997
21997
Method for the determination of distances with a heterodyne optical rangefinder
LN Asnis, IV Blatov, AV Moskalenko, YV Popov, SA Remizov
Quantum Electronics 15 (6), 876-876, 1985
21985
Nonlinear and nonstationary ECG analysis of spontaneous transition from polymorphic to monomorphic arrhythmia in a mathematical model of cardiac tissue dynamics
A Moskalenko
Proceedings of the International Biosignal Processing Conference, 084, 2010
12010
Spontaneous halt of spiral wave drift in homogeneous excitable media
YE Elkin, AV Moskalenko, CF Starmer
MATHEMATICAL BIOLOGY 2 (1), 1-9, 2007
12007
Complex Systems Biophysics-A Quantitative Analysis of Variability of the Electrocardiograms Typical of Polymorphic Arrhythmias
AV Moskalenko, NI Kukushkin, CF Starmer, AA Deev, KN Kukushkina, ...
Biofizika 46 (2), 319-329, 2001
12001
A method of distance measurement by means of a heterodyne laser range finder
LN Asnis, IV Blatov, AV Moskalenko, IV Popov, SA Remizov
Kvantovaia Elektronika Moscow 12, 1318, 1985
11985
Theory of spin waves in spin glasses
AV Moskalenko, ME Palistrant
Theoretical and Mathematical Physics 50 (3), 276-280, 1982
11982
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Articles 1–20