Perspectives in High Frequency Ventilation: Proceedings of the international symposium held at Erasmus University, Rotterdam, 17-18 September 1 by P.A. ScheckPerspectives in High Frequency Ventilation: Proceedings of the international symposium held at Erasmus University, Rotterdam, 17-18 September 1 by P.A. Scheck

Perspectives in High Frequency Ventilation: Proceedings of the international symposium held at…

byP.A. ScheckEditorUlf H. Sjöstrand, R. Brian Smith

Paperback | January 28, 2012

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XIII List of contributors A. Experimental studies A simple mathematical model of High Frequency Ventilation. 1 A. Versprille. Development and clinical application of High Frequency Ventilation. 12 U.H. Sjostrand- L. Bunegin, R.B. Smith, <_i.f.20_babinski.20_convective20_diffusion20_in20_oscillatory20_flow20_as20_a20_gas20_transport20_3920_mechanism20_during20_high20_frequency20_ventilation.20_h.j.20_van20_ouwerkerk2c_20_p.20_gieles2c_20_j.m.20_bogaard.20_pressure20_flow20_pattern20_and20_gas20_transport20_using20_various20_types20_of20_5120_high20_frequency20_ventilation.20_m.20_baum2c_20_h.20_benzer2c_20_w.20_goldschmied2c_20_n.20_mutz.20_a20_review20_of20_experimental20_and20_theoretical20_studies20_of20_high20_frequency20_5920_ventilation.20_a.s.20_slutsky2c_20_r.d.20_kamm2c_20_j.m.20_drazen.20_effects20_of20_high20_frequency20_jet20_ventilation20_design20_and20_operational20_7120_variables20_upon20_arterial20_blood20_gas20_tensions.20_j.m.20_calkins2c_20_c.k.20_waterson2c_20_s.f.20_quan2c_20_h.w.20_militzer2c_20_th.j.20_conahan2c_20_c.w.20_otto2c_20_s.r.20_hameroff.20_airway20_pressure20_as20_a20_determining20_factor20_for20_ventilation20_and20_8120_haemodynamic20_efficiency20_during20_hfjv.20_m.20_jimenez20_lendinez2c_20_j.a.20_cambronero2c_20_j.20_lopez2c_20_b.20_galvan2c_20_a.20_garcia2c_20_r.20_denia2c_20_a.20_aguado.20_b.20_experimental20_studies20_and20_mechanics20_high20_frequency20_ventilation3a_20_an20_experimental20_comparison20_of20_hfppv20_8720_and20_hfjv.20_u.h.20_sjostrand2c_20_m.f.20_babinski2c_20_u.r.20_borg2c_20_r.b.20_smith.20_vi20_9220_alveolar20_pressures20_during20_high20_frequency20_ventilation.20_p.r.20_fletcher.20_carbon20_dioxide20_clearance20_during20_high20_frequency20_jet20_ventilation20_9320_28_hfjv29_20_.20_j.l.20_bourgain2c_20_a.j.20_mortimer2c_20_m.k.20_sykes.20_10520_hemodynamic20_effects20_of20_high20_frequency20_ventilation.20_f.r.20_gioia2c_20_a.p.20_harris2c_20_r.j.20_traystman2c_20_m.c.20_rogers. babinski.="" convective="" diffusion="" in="" oscillatory="" flow="" as="" a="" gas="" transport="" 39="" mechanism="" during="" high="" frequency="" ventilation.="" h.j.="" van="" _ouwerkerk2c_="" p.="" _gieles2c_="" j.m.="" bogaard.="" pressure="" pattern="" and="" using="" various="" types="" of="" 51="" m.="" _baum2c_="" h.="" _benzer2c_="" w.="" _goldschmied2c_="" n.="" mutz.="" review="" experimental="" theoretical="" studies="" 59="" a.s.="" _slutsky2c_="" r.d.="" _kamm2c_="" drazen.="" effects="" jet="" ventilation="" design="" operational="" 71="" variables="" upon="" arterial="" blood="" tensions.="" _calkins2c_="" c.k.="" _waterson2c_="" s.f.="" _quan2c_="" h.w.="" _militzer2c_="" th.j.="" _conahan2c_="" c.w.="" _otto2c_="" s.r.="" hameroff.="" airway="" determining="" factor="" for="" 81="" haemodynamic="" efficiency="" hfjv.="" jimenez="" _lendinez2c_="" j.a.="" _cambronero2c_="" j.="" _lopez2c_="" b.="" _galvan2c_="" a.="" _garcia2c_="" r.="" _denia2c_="" aguado.="" mechanics="" _ventilation3a_="" an="" comparison="" hfppv="" 87="" u.h.="" _sjostrand2c_="" m.f.="" _babinski2c_="" u.r.="" _borg2c_="" r.b.="" smith.="" vi="" 92="" alveolar="" pressures="" p.r.="" fletcher.="" carbon="" dioxide="" clearance="" 93="" _28_hfjv29_="" .="" j.l.="" _bourgain2c_="" a.j.="" _mortimer2c_="" m.k.="" sykes.="" 105="" hemodynamic="" f.r.="" _gioia2c_="" a.p.="" _harris2c_="" r.j.="" _traystman2c_="" m.c.="">
Title:Perspectives in High Frequency Ventilation: Proceedings of the international symposium held at…Format:PaperbackDimensions:330 pagesPublished:January 28, 2012Publisher:Springer NatureLanguage:English

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ISBN - 10:9400967136

ISBN - 13:9789400967137

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Table of Contents

A. Experimental studies.- A simple mathematical model of High Frequency Ventilation..- Development and clinical application of High Frequency Ventilation..- Convective diffusion in oscillatory flow as a gastransport mechanism during High Frequency Ventilation..- Pressure flow pattern and gas transport using various types of High Frequency Ventilation..- A review of experimental and theoretical studies of High Frequency Ventilation..- Effects of High Frequency Jet Ventilation design and operational variables upon arterial blood gas tensions..- Airway pressure as a determining factor for ventilation and haemodynamic efficiency during HFJV..- B. Experimental studies and mechanics.- High Frequency Ventilation: an experimental comparison of HFPPV and HFJV..- Alveolar pressures during High Frequency Ventilation..- Carbon dioxide clearance during High Frequency Jet Ventilation (HFJV)..- Hemodynamic effects of High Frequency Ventilation..- Cardiovascular consequences of High Frequency Ventilation..- Pneumatic controlled circulation: PCC..- C. Mechanics and bloodgases.- Microcomputer-based signal averager for analysis of pulsed gas streams intended for use in High Frequency Jet Ventilation..- Evaluation of a new valveless all purpose ventilator: effect of ventilating frequency PEEP, PACO2 and PAO2 on phrenic nerve activity..- Humidification of the respiratory tract in HFJV..- Efficiency of intrapulmonary gas distribution during High Frequency Ventilation..- Gas exchange in High Frequency Ventilation: an experimental study..- Gasanalysis by masspectrometry during High Frequency Ventilation..- Digital ventilation..- D. Clinical use - part I.- One lung High Frequency Ventilation for intrathoracic surgery..- High Frequency Insufflation technique during endolaryngeal microsurgery..- Total intravenous anaesthesia during High Frequency Ventilation..- High Frequency Ventilation for laser surgery of the larynx..- High Frequency Jet Ventilation via a nasotracheal tube for surgery of the larynx and trachea..- E. Clinical use - part II.- High Frequency positive pressure ventilation for major airway surgery..- High Frequency Jet Ventilation for pulmonary resection..- Clinical experience with High Frequency Ventilation..- Peri and postoperative application of various types of High Frequency Ventilation (HFV)..- High Frequency Jet Ventilation in the postoperative period..- F. Intensive Care.- High Frequency Jet Ventilation compared to volume cycled ventilation: a prospective randomized evaluation..- Comparative studies of CPPV and HFPPV in critical care patients: Clinical evaluation and studies on intrapulmonary gas distribution..- Alternatives to conventional ventilation..- Combined High Frequency Ventilation for treatment of severe respiratory failure..- High Frequency Jet and intermittent positive pressure ventilation, with PEEP: A comparison of peak and mean airway pressures..- High Frequency Jet Ventilation and conventional ventilation: A comparison of cardiorespiratory parameters..- Early clinical experience with High Frequency in our UCI..- What is the role of transtracheal ventilation in emergency and long-term respiratory support?..- High Frequency Ventilation and IPPV in the presence of a bronchopleural fistula..- High Frequency Ventilation with topical anaesthesia as an aid to physiotherapy..