Comparison of defibrillation efficacy of different shape and duration bipolar pulses
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Abstract
Based on the analysis of energy-time pulse defibrillation characteristics and use of energy approach to compare the effectiveness of different pulses by cardiac muscle cell membrane excitation threshold, a theoretical study of the comparative effectiveness of defibrillation bipolar pulses of different shapes and durations. Research has shown that a critical factor of the bioobject is no excitation current strength threshold, and the threshold quantity of energy which is released at this current time interval when passing through the object. The obtained results coincided with the simulation results showed that the most effective defibrillation pulses are: Gurvich-Venin pulse and defibrillator FID-02 pulse. The results obtained are confirmed by animal studies and in clinical studies. Reference 8, figures 4.
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References
Venin I.V.,Gurvich N.L., Liberzon A.P., Tabak V.Y., Tsukerman B.M., Sherman A.M. (1973), “Defibrillators DI – 03 and DKI – 01”. Novosti meditsinskogo priborostroeniya. Vol.3, pp. 48-53. (Rus)
Vostrikov V.A., Syirkin A.L., Holin P.V., Razumov K.V. (2003), “Nosocomial cardiac ventricular defibrillation: efficacy of bipolar sinusoidal pulse”. Kardiologiya. Vol.12, pp.18-23. (Rus)
Negovsky V.A., Smerdov A.A., Tabak V.Y., Venin I.V. (1980), “Criteria of efficiency and safety of the defibrillating impulse”. Resuscitation. Vol.8, pp. 53-67.
Vostrikov V.A. (2012), “Efficacy and safety of electrical defibrillation of the heart ventricles: experiment and clinic”. Obschaya reanimatologiya. Vol.8, pp. 79-87. (Rus)
Vostrikov V.A., Gorbunov B.B. (2004), “Efficacy and safety of electrical defibrillation of the heart ventricles: experiment and clinic”. Klinicheskaya anesteziologiya i reanimatologiya. pp.16–18. (Rus)
Vostrikov V.A., Gorbunov B.B., Gusev A.I. (2014), “Computer modeling of the impact of the first phases of defibrillation pulse bipolar membrane forms on cardiomyocyte”. Obschaya reanimatologiya. Vol.1, pp.25-28. (Rus)
Harkevich A.A. (1973), “Spectra and analysis”. Izbrannyie trudyi. Vol.2, P. 566. (Rus)
Smerdova T.A. (2014), “Energy-time of defibrillation waveforms”. Modern problems of radio engineering, telecommunications and computer science, pp. 716-718.
