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  1. Article

    Detection of expiratory flow limitation during experimental mechanical ventilation

    MP Vassiliou, A Amygdalou, C Koubaniou, C Katsanos, P Vassiliou, I Lihros… in Critical Care (2006)

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  2. Article

    Volume dependence of respiratory system resistance during artificial ventilation in rabbits

    The volume dependence of respiratory resistance (Rrs), usually observed during normal breathing, is expected to be accentuated during expiratory flow limitation (EFL). In order to quantify this dependence we s...

    M. Vassiliou, C. Saunier, C. Duvivier, P. Behrakis, R. Peslin in Intensive Care Medicine (2001)

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    Chapter

    Resistance measurements. Forced oscillations and plethysmography

    Whether a subject breathes spontaneously or is artificially ventilated, the pressure which must be applied to the respiratory system to ventilate (Prs) includes two basic components: 1) a static or elastic com...

    R. Peslin in Basics of Respiratory Mechanics and Artificial Ventilation (1999)

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    Article

    Ventilatory dynamics in children and adults during sinusoidal exercise

    The ventilatory response to sinusoidally varying exercise was studied in five adults and seven prepubertal children to determine whether the faster kinetics of ventilation observed in children during abrupt ch...

    P. Haouzi, Y. Fukuba, R. Peslin, B. Chalon… in European Journal of Applied Physiology and… (1992)

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    Chapter and Conference Paper

    Pulmonary mechanics after cardio-pulmonary transplantation, an experimental study

    An experimental model was developed in pigs (weight: 25 ± 2 kg), to evaluate pulmonary mechanics during the first 2 h of reperfusion following heart-lung transplantation. We studied two groups with three trans...

    J. P. Carteaux, P. M. Mertes, C. Dopff… in Transplant International Official Journal … (1992)

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    Article

    Analysis of the dynamic characteristics of pressure transducers for studying respiratory mechanics at high frequencies

    Differential pressure transducers are commonly used to study respiratory mechanics at physiological frequencies as well as during external forcing at high frequencies. In the latter condition, measuring errors...

    R. Farré, R. Peslin, D. Navajas, C. Gallina… in Medical and Biological Engineering and Com… (1989)

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    Article

    Composite flow-volume curves matched at total lung capacity in the study of density dependence of maximal expiratory flows

    The helium to air difference in maximal expiratory flow at mid-vital capacity (ΔHe 50%) and the volume at which air and helium expired flow rates become identical (Viso

    D. B. Teculescu, J. Pino, R. Peslin in Lung (1981)