健康犬后腿热爪印对称性的评估

C. Igna, S. Mavromatis, B. Sicoe, L. Schuszler
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引用次数: 2

摘要

我们的文献见解表明,尽管对小动物的热像成像研究很少,但对狗的热像成像的经验使用表明,热像成像可能是评估行走异常的有用方法。该研究旨在确定健康犬后肢热爪印(右爪印与左爪印)之间存在的热不对称性。热成像采用分辨率为240×180,热感度为0.05ºC,视野45º×34ºa的Flir E50热像仪和非平衡微热计。动物在测试空间的适应时间为30分钟(室温为20-23℃)。使用Flir工具2017软件记录、处理和分析生成的图像。利用该程序计算每张图像的平均温度、最高温度和最低温度。结果表明,健康犬后肢热爪标记之间的平均热不对称性在0.2 ~ 1.4℃之间。我们的研究表明,在控制条件下,热成像爪印可用于诊断狗的运动异常。
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Assessment of the Thermal Paw Print Symmetry of the Hind Legs in Healthy Dogs
Abstract Our bibliographic insights have shown that although thermographic imaging in small animals has been poorly studied, the empirical use of thermographic images in dogs suggests that thermographic imaging could be a useful method in assessing walking anomalies. The study aims to identify existing thermal asymmetries between the thermal paw prints of the hind limbs in healthy dogs (right versus left). For thermal investigations, the Flir E50 thermal camera with a resolution of 240×180, thermal sensitivity of 0.05ºC, 45º×34ºA visual field and unbalanced microbolometer was used. Acclimatization of the animals in the space for examination was 30 minutes (at a room temperature of 20-23°C). The resulting images were recorded, processed and analyzed with the Flir tools 2017 software. The average, maximum and minimum temperature of each image was calculated using the program. The results obtained show that between the thermal paws marks of the posterior limbs in healthy dogs there is an average thermal asymmetry comprised between 0.2 and 1.4°C. Our study suggested that, under controlled conditions, thermographic paws prints could be used to diagnose locomotor abnormalities in dogs..
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