ChatburnRL, LoughMD, PrimianoFPJr. Mechanical ventilation. In: ChatburnRL, LoughMD, eds. Handbook of respiratory care. Chicago: Year Book Medical Publishers Inc, 1990:159–224.
2.
HousleyE, LouzdaN, BecklakeMR. To sigh or not to sigh. Am Rev Respir Dis1970;101:611–614.
3.
FairleyHB. The mechanical ventilation sigh is a dodo. Respir Care1976;21:1127–1130.
4.
DockW.The evil sequelae of complete bed rest. JAMA1944;125:1083–1088.
5.
HarrisonTR. Abuse of rest as a therapeutic measure for patients with cardiovascular disease. JAMA1944;125:1075–1082.
6.
DrinkerCK, HardenberghE.The effects of the supine position upon the ventilation of the lungs of dogs. Surgery1948;24:113–118.
7.
ColvilleP, ShuggC, FerrisBG. Effects of body tilting on respiratory mechanics. J Appl Physiol1956;9:19–24.
8.
HowellJBL, PeckettBW. Studies of the elastic properties of the thorax of supine anaesthetized paralysed human subjects. J Physiol1957;136:1–19.
9.
FerrisBG, PollardDS. Effect of deep and quiet breathing on pulmonary compliance in man. J Clin Invest1960;39:143–149.
10.
MeadJ, CollierC.Relation of volume history of lungs to respiratory mechanics in anesthetized dogs. J Appl Physiol1959;14:669–678.
11.
BendixenHH, Hedley-WhyteJ, LauerMB. Impaired oxygenation in surgical patients during general anesthesia with controlled ventilation. N Engl J Med1963;269:991–996.
12.
BendixenHH, SmithG, MeadJ.Pattern of ventilation in young adults. J Appl Physiol1963;19:195–198.
13.
LauerMB, MorganJ, BendixenHH, RadfordEP. Lung volume, compliance and arterial oxygen tensions during controlled ventilation. J Appl Physiol1964;19:725–733.
14.
FletcherG, BarberJL. Lung mechanics and physiologic shunt during spontaneous breathing in normal subjects. Anesthesiology1966;27:638–647.
15.
LevineM, GilbertR, AuchinclossJH. A comparison of the effects of sighs, large tidal volumes and positive end expiratory pressure in assisted ventilation. Scand J Respir Dis1972;53:101–108.
16.
BalsysAJ, JonesRL, ManSFP, WellsA.Effects of sighs and different tidal volumes on compliance, functional residual capacity and arterial oxygen tension in normal and hypoxemic dogs. Crit Care Med1980;8:641–645.