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In 20 patients coevally readings of blood gases were compared with values of the V-Sign™ 2 ear lobe sensor.
Transcutaneous capnography using the V-Sign™ 2 ear lobe sensor reliably detects the ventilation state of patients after cardiac surgery.
V-Sign™ 2 SpO2 moderately agreed and slightly underestimated SaO2 determined by direct oximetry, whereas pulse rate values detected by the V-Sign™ 2 ear lobe sensor agreed well with those of the ECG (Table 1).
The aim of this study was to validate the revised V-Sign™ 2 ear lobe sensor for combined assessment of pulse rate (PR), pulse oximetry (SpO2) and transcutaneous carbon dioxide tension (PtcCO2) in adults after cardiac surgery.
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The device is a single lobe, dry sensor electrode based, non-invasive EEG device.
For each comparison, the SAE is designed to have the same peak side lobe, number of sensors, or aperture as appropriate for that comparison.
Three parameters that characterize the CSAs are the peak side lobe, the number of sensors, and the aperture.
In general, the windows with narrower main lobes for a given number of sensors and larger side lobe roll-off factor require fewer total sensors in the ECSA.
However, SRM at IRM has asymmetry with negative lobe on one side of sensor responses of XX and YY (Jackson et al. 2010).
The best shading for a situation depends on whether side lobe height or number of sensors is the primary consideration.
The ECSA aperture is smaller than SAE for smaller M. Constraining the ECSA and SAE to have equal aperture results in the SAE with higher peak side lobe and about M fewer sensors than ECSA.
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