Estimate of maximum expiratory flow based on the equal pressure point concept and Weibel's lung model
Haynes, J.H.; Kylstra, H.A.
Undersea Biomedical Research 1(1): 45-58
1974
ISSN/ISBN: 0093-5387 PMID: 4469181 Document Number: 76031
Document emailed within 1 workday
Related Documents
Lee, R.D.; Choe, E.; Flint, L.; Steinberg, S. 1998: Neither dopamine nor dobutamine corrects mesenteric blood flow depression caused by positive end-expiratory pressure in a rat model of acute lung injury Critical Care Medicine 26(11): 1875-1880Chatti, S.; Tabka, Z.; Debbabi, F.; Bousoffara, R.; Latiri, I.; Masmoudi, K.; Slama, R.; Mrizek, N.; Zbidi, A. 2001: Value of maximum expiratory volume per second and peak expiratory flow monitoring in asthma. 77 patients La Tunisie Medicale 79(1): 32-37
Milic-Emili, J. 1999: Negative expiratory pressure method for the detection of expiratory flow limitation Monaldi Archives for Chest Disease 54(6): 502-505
Kirby, R.R. 2000: Round and round we go, and where we stop, nobody knows: the open lung concept and high-level positive end-expiratory pressure (revisited) Critical Care Medicine 28(5): 1672-1673
Brunner, J.X.; Laubscher, T.P.; Banner, M.J.; Iotti, G.; Braschi, A. 1995: Simple method to measure total expiratory time constant based on the passive expiratory flow-volume curve Critical Care Medicine 23(6): 1117-1122
Bake, B. 1981: Is maximum mid-expiratory flow rate sensitive to small airways obstruction? European Journal of Respiratory Diseases 62(3): 150-151
Martan, A.; Masata, J.; Svabík, K.; Drahorádová, P.; Halaska, M.; Voigt, R.; Pavlíková, M. 2004: Correlation of maximum urethral closure pressure and Valsalva leak-point pressure in patients with genuine stress incontinence Ceska Gynekologie 69(4): 267-272
D'Orio, V.; Fatemi, M.; Mendes, P.; Saad, G.; Marcelle, R. 1992: Effect of positive end-expiratory pressure on pulmonary vascular pressure-flow characteristics in canine endotoxin shock Circulatory Shock 37(3): 189-197
Manny, J.; Justice, R.E.; Hechtman, H.B. 1978: Maldistribution of blood flow during positive end expiratory pressure Surgical Forum 29: 203-205
Pierzchała, W.; Hefczyc, J.; Hejczyk, W.; Osławska-Dzierzega, A. 1988: Reaction of the bronchi to histamine provocation recorded by maximal expiratory flow-volume curves. I. Maximal expiratory flow rate (V'emax) Pneumonologia Polska 56(6): 260-266
Moore, W.S.; Sydorak, G.R.; Newcomb, L.; Campagna, G. 1973: Blood pressure gradient to estimate flow changes with progressive arterial stenosis Surgical Forum 24: 248-250
Mehmel, H.C.; Mazzoni, S.; Krayenbühl, H.P. 1973: Direct measure of left ventricular contractility in man: velocity of the contractile elements at the point of maximum pressure rise Schweizerische Medizinische Wochenschrift 103(8): 297-300
Dutu, S.; Jienescu, Z.; Bîscă, N.; Sibila, S.; Fierbinţeanu, O.; Ionescu, E. 1977: Normal values of some parameters of respiratory function in children. I. Normal values of instantaneous maximum expiratory flow-volume curves Revista de Pediatrie Obstetrica Si Ginecologie. Pediatria 26(3): 213-220
Zil'ber, E.A.; Shun'ko, B.E. 1981: Maximal expiratory flow-volume curves in the diagnosis of obstructive lung diseases Terapevticheskii Arkhiv 53(3): 87-91
Evans, W.K. 1997: Cost-effectiveness of gemcitabine in stage IV non-small cell lung cancer: an estimate using the Population Health Model lung cancer module Seminars in Oncology 24(2 Suppl 7: S7
Srisawai, P. 1997: Relationship between dyspnea, peak expiratory flow rate and wheeze in obstructive lung disease Journal of the Medical Association of Thailand 80(5): 319-325
Awotedu, A.A.; Higenbottam, T. 1984: Daily cigarette consumption and lung function: a study of peak expiratory flow rates African Journal of Medicine and Medical Sciences 13(1-2): 21-24
Andersen, J.B.; Qvist, J.; Kann, T. 1979: Recruiting collapsed lung through collateral channels with positive end-expiratory pressure Scandinavian Journal of Respiratory Diseases 60(5): 260-266
Guery, B.P.; Georges, H.; Leroy, O. 1997: Role of positive end-expiratory pressure in extravascular lung water decrease Critical Care Medicine 25(6): 1089-1090
Arvidsson, D.; Lindgren, S.; Almqvist, P.; Andersson, K.E.; Haglund, U. 1990: Role of the renin-angiotensin system in liver blood flow reduction produced by positive end-expiratory pressure ventilation Acta Chirurgica Scandinavica 156(5): 353-358