ShumackerHB, HamptonLJ. Sudden death occurring immediately after operation in patients with cardiac disease, with particular reference to the role of aspiration through the endotracheal tube and extubation. J Thorac Surg1951;21:48–56.
2.
MarxGF, SteenSN, ArkingRE, FosterES, JoffeS, KepesER, . Clinical anesthesia conference: endotracheal suction and death. NY State J Med1968;68:565.
3.
KeownKK. Cardiac arrest during therapeutic tracheal suctioning. Anesth Analg1960;39:568.
4.
ShimC, FineN, FernandezR, WilliamsMHJr. Cardiac arrhythmias resulting from tracheal suctioning. Ann Intern Med1969;71:1149–1153.
5.
BobaA, CincottiJJ, PiazzaTE, LandmesserCM. The effects of apnea, endotracheal suction, and oxygen insufflation, alone and in combination, upon arterial oxygen saturation in anesthetized patients. J Clin Lab Med1959;53:680–685.
6.
RosenM, HilliardEK. The effects of negative pressure during tracheal suction. Anesth Analg1962;41:50–57.
7.
UrbanBJ, WeitznerSW. Avoidance of hypoxemia during endotracheal suction. Anesthesiology1969;31:473–475.
8.
BermanIR, StahlWM. Prevention of hypoxic complications during endotracheal suction. Surgery1968;63:586–587.
9.
BoutrosAR. Arterial blood oxygenation during and after endotracheal suctioning in the apneic patient. Anesthesiology1970;32:114–118.
10.
FellT, CheneyFW. Prevention of hypoxia during endotracheal suction. Ann Surg1971;174:24–28.
11.
BrownSE, StansburyDW, MerrillEJ, LindenGS, LightRW. Prevention of suctioning-related arterial oxygen desaturation: comparison of off-ventilator and on-ventilator suctioning. Chest1983;83:621–627.
12.
PreusserBA, StoneKS, GonyonDS, WinningML, GrochKF, KarlJE. Effects of two methods of pre-oxygenation on mean arterial pressure, cardiac output, peak airway pressure, and post-suctioning hypoxemia. Heart Lung1988;17:290–299.
13.
SkelleyBF, DeerenSM, PowaserMM. The effectiveness of two pre-oxygenation methods to prevent endotracheal suction-induced hypoxemia. Heart Lung1980;9:316–323.
14.
GraffM, FranceJ, HiattIM, HegyiT.Prevention of hypoxia and hyperoxia during endotracheal suctioning. Crit Care Med1987;15:1133–1135.
15.
SacknerMA, LandaJF, GreeneltchN, RobinsonMJ. Pathogenesis and prevention of tracheobronchial damage with suction procedures. Chest1973;64:284–290.
16.
JungRC, GottliebLS. Comparison of tracheobronchial suction catheters in humans: visualization by fiberoptic bronchoscopy. Chest1976;69:179–181.
17.
BrandstaterB, MuallemM.Atelectasis following tracheal suction in infants. Anesthesiology1969;31:468–472.
18.
FisherD, FrewerJ, SwedlowD.Increase in intracranial pressure during suction stimulation vs rise in PaCO2. Anesthesiology1982;57:416–417.
19.
PerlmanJ, VolpeJ.Suctioning in the pre-term infant: effects on cerebral blood flow velocity, intracranial pressure and arterial blood pressure. Pediatrics1983;72:329–334.
20.
StormW.Transient bacteremia following endotracheal suctioning in ventilated newborns. Pediatrics1980;65:487–490.
21.
BryantLR, TrinkleJK, Mobin-UddinK, BakerJ, Grif-fenWOJr. Bacterial colonization profile with tracheal intubation and mechanical ventilation. Arch Surg1972;104:647–651.
22.
CraigKC, BensonMS, PiersonDJ. Prevention of arterial oxygen desaturation during closed-airway endotracheal tube suctioning: effect of ventilator mode. Respir Care1984;29:1013–1018.
23.
KellyRE, YaoFSF, ArtusioJFJr. Prevention of suction-induced hypoxemia by simultaneous oxygen insufflation. Crit Care Med1987;15:874–875.
BellingD, KellyRR, SimonR.Use of the Swivel adapter aperture during suctioning to prevent hypoxemia in the mechanically ventilated patients. Heart Lung1978;7:320–322.
26.
SpoerelWE, ChanCK. Jet ventilation for tracheobronchial suction. Anesthesiology1976;45:450.
27.
GuntupalliK, SladinA, KlainM.High frequency jet ventilation (HFJV) in the prevention of a decrease if PaO2 during suctioning (abstract). Chest1981;80:381–382.
28.
BensonMS, PiersonDJ. Ventilator washout volume: a consideration in endotracheal suction preoxygenation. Respir Care1979;24:832–835.
