Fig. 1 Changes in end-tidal carbon dioxide and arterial oxygen saturation of pulse oxymetry after sugammadex administration.
Non-invasive monitoring of oxygen saturation by pulse oxymetry (SpO2) is sometimes perturbed on fingers during shock states.
Physiological parameters, including pulse oxymetry (SpO2) and regional cerebral oxygen saturation (rScO2), were collected 1 min prior to induction of anesthesia, and then up to 60 min after.
Each minute, the following parameters were collected: mean arterial pressure (MAP), cardiac output measured by transpulmonary thermodilution (CO), pulse oxymetry (SpO2) and end-tidal CO2 (EtCO2).
To overcome these potential risks, he strongly recommended the use of capnography, which can monitor and detect any evidence of respiratory compromise early on with the combined use of pulse oxymetry.
A previously validated non-attended respiratory polygraphy was performed at patients' homes with a Somnea polygraph (Compumedics, Abbotsford, Australia) which records nasal airflow (nasal cannula), respiratory effort (chest and abdominal bands), snoring, body position and finger pulse oxymetry [11].
Pulse oxymetry and heart rate are monitored throughout the procedure.
Pulse oxymetry will be used to supervise patients during exercise.
Continuous SaO2 from pulse oxymetry (SpO2) was recorded.
The procedure has been accompanied by pulse oxymetry.
Oxyhaemoglobin saturation (SaO2) was measured by a pulse oxymetry.
