PietakS, WeenigCS, HickeyRF, Anesthetic effects on ventilation in patients with chronic obstructive pulmonary disease. Anesthesiology1975;42:160–166.
4.
ShapiroBA, HarrisonRA, TroutCA. Clinical application of respiratory care, 2nd ed. Chicago: Year Book Medical Publishers, 1979:139.
5.
DoddDD, BrancatisanoT, EngleLA. Chest wall mechanics during exercise in patients with severe chronic airflow obstruction. Am Rev Respir Dis1984;129:33–38.
6.
HeimlichHJ. Respiratory rehabilitation with transtracheal oxygen system. Ann Otol Rhinol Laryngol1982;91:643–647.
7.
KirilloffLH, DauberJH, FersonPF, Nasal cannula and transtracheal delivery of oxygen (abstract). Chest1984;87:313.
8.
LegerP, GerardM, MercatilloA, Transtracheal catheter for oxygen therapy of patients requiring high oxygen flows (abstract). Respiration1984;46(Suppl 1):103.
9.
TiepBL, NicotraB, CarterR, Evaluation of a low-flow oxygen-conserving nasal cannula. Am Rev Respir Dis1984;130:500–502.
10.
TiepBL, BelmanM, MittmanC, A new pendant storage oxygen-conserving cannula. Chest1984;87:381–383.
11.
PflugAE, CheneyFWJr, ButlerJ.Evaluation of an intermittent oxygen flow system. Am Rev Respir Dis1971;105:449–452.
12.
RobertD, PerrinF, LegerO.O savings device for COPD patients under oxygen therapy (abstract). Am Rev Respir Dis1983;127(suppl):111.
13.
AltmanFM, BlockAJ. Evaluation of a fluidic intermittent flow system for the delivery of nasal oxygen (abstract). Am Rev Respir Dis1981;123(suppl):105.
14.
AuerbackD, FlickMR, BlockAJ. A new oxygen cannula system using intermittent-demand nasal flow. Chest1978;74:38–44.
15.
AndersonWM, RyersonG, BlockAJ. Evaluation of an intermittent demand nasal oxygen flow system with a fluidic valve (abstract). Chest1984;86:313.
16.
RinowME, SaltzmanAR. Effectiveness of a new oxygen demand valve in chronic hypoxemia. Chest1984;87:312.
17.
MecikalskiM, ShigeokaJW. A demand valve conserves oxygen in subjects with chronic obstructive pulmonary disease. Chest1984;86:667–670.
