-transparent.png){kind=logo}
A transcutaneous oxygen sensor was used to detect the development of hypoxemia in patients undergoing fiberoptic bronchoscopy. Measurements of transcutaneous PO2 (tcPO2) correlated well with arterial PO2 (PaO2), and correctly detected all instances when PaO2 was less than 65 mm Hg. The sensor was noninvasive and caused no adverse effects.
Related Publications
M B Ghows, and
M J Rosen, and
M T Chuang, and
H S Sacks, and
A S Teirstein
January 1986,
Panminerva medica,
M B Ghows, and
M J Rosen, and
M T Chuang, and
H S Sacks, and
A S Teirstein
December 2020,
Tuberkuloz ve toraks,
M B Ghows, and
M J Rosen, and
M T Chuang, and
H S Sacks, and
A S Teirstein
November 1992,
JPMA. The Journal of the Pakistan Medical Association,
M B Ghows, and
M J Rosen, and
M T Chuang, and
H S Sacks, and
A S Teirstein
March 1983,
Anesthesia and analgesia,
M B Ghows, and
M J Rosen, and
M T Chuang, and
H S Sacks, and
A S Teirstein
March 1991,
Chest,
M B Ghows, and
M J Rosen, and
M T Chuang, and
H S Sacks, and
A S Teirstein
August 1994,
Chest,
M B Ghows, and
M J Rosen, and
M T Chuang, and
H S Sacks, and
A S Teirstein
January 1988,
Annales francaises d'anesthesie et de reanimation,
M B Ghows, and
M J Rosen, and
M T Chuang, and
H S Sacks, and
A S Teirstein
September 1977,
International surgery,
M B Ghows, and
M J Rosen, and
M T Chuang, and
H S Sacks, and
A S Teirstein
January 1981,
Anaesthesia,
M B Ghows, and
M J Rosen, and
M T Chuang, and
H S Sacks, and
A S Teirstein
February 1982,
Anaesthesia,
