Related Experiment Videos
[Only rectal temperature measurements are suitable for routine temperature measurement].
B N Jensen1, L J Jeppesen, B B Mortensen
1Kirurgisk gastroenterologisk afdeling, Aalborg Sygehus Syd.
Ugeskrift for Laeger
|December 9, 1991
Summary
The V.C.T. TERUMO electronic thermometer shows rectal measurements comparable to mercury thermometers in hospitals. Oral V.C.T. measurements are less accurate, and rectal use is recommended for routine patient temperature monitoring.
Area of Science:
- Medical Devices
- Clinical Thermometry
- Patient Monitoring
Background:
- Traditional mercury thermometers are standard for patient temperature measurement.
- Rapid electronic thermometers offer potential advantages in speed and usability.
- The V.C.T. TERUMO electronic thermometer was introduced in Danish hospitals.
Purpose of the Study:
- To evaluate the accuracy and suitability of the V.C.T. TERUMO electronic thermometer.
- To compare V.C.T. TERUMO oral and rectal measurements against mercury thermometers.
- To assess the V.C.T. TERUMO's performance in daily hospital routine.
Main Methods:
- A comparative study involving 91 patients.
- Rectal and oral temperature measurements using V.C.T. TERUMO were compared to mercury thermometer readings.
- Measurements were taken under optimal conditions and during routine hospital care.
Main Results:
- Rectal V.C.T. measurements showed minimal average difference (0.02°C) and scatter (0.17°C) compared to mercury thermometers under optimal conditions.
- Rectal V.C.T. measurements during routine care had an average difference of 0.08°C and scatter of 0.26°C versus mercury thermometers.
- Oral V.C.T. measurements exhibited a larger average difference (0.75°C) and scatter (0.74°C).
Conclusions:
- Rectal V.C.T. TERUMO thermometer measurements are as suitable as traditional mercury thermometers for hospital use.
- The study recommends the adoption of rectal V.C.T. thermometer measurements in daily hospital routines.
- Oral and axillary V.C.T. measurements are not recommended due to lower accuracy.