Comparison of Digital Rectal Thermometry and a Non-Contact Veterinary Infrared Thermometer in Cats: Identifying Alternative Sites to Rectal Measurement
2025
Carlotta Tombolani | Daniela Alberghina | Mauro Gioè | Fausto Quintavalla
Background: Rectal temperature measurement in cats, while crucial, can cause discomfort and stress. This study evaluated non-contact infrared thermometry as a less invasive alternative. Methods: A total of 95 cats were enrolled in this study. The cats were categorized into three age groups: Group I (n = 20 kittens, 2&ndash:6 months), Group II (n = 34 young cats, 7&ndash:24 months), and Group III (n = 41 adult cats, >:24 months). Results: The mean rectal temperature in cats was approximately 38 °:C, which was significantly higher than both ocular temperature (p <: 0.0001) and auricular pinna temperature (p <: 0001). No statistically significant difference was found between rectal and perineal temperatures, nor in body temperatures between the age groups. Ocular temperature (p <: 0.05) and auricular temperature (p <: 0.0001) were influenced by ambient temperature. Perineal infrared temperatures showed a strong correlation and low bias compared to rectal temperature and were not affected by ambient temperature. Conclusions: Non-contact infrared thermometry offers advantages for feline temperature monitoring. Perineal infrared temperatures appear to be a useful, non-invasive alternative to rectal measurements in cats.
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