Hackner Klaus, Pleil Joachim
Department of Pneumonology, Krems University Hospital, Krems, Austria. Karl Landsteiner University of Health Sciences, Krems, Austria.
J Breath Res. 2017 Jan 9;11(1):012001. doi: 10.1088/1752-7163/aa5524.
Recent literature has touted the use of canine olfaction as a diagnostic tool for identifying pre-clinical disease status, especially cancer and infection from biological media samples. Studies have shown a wide range of outcomes, ranging from almost perfect discrimination, all the way to essentially random results. This disparity is not likely to be a detection issue; dogs have been shown to have extremely sensitive noses as proven by their use for tracking, bomb detection and search and rescue. However, in contrast to analytical instruments, dogs are subject to boredom, fatigue, hunger and external distractions. These challenges are of particular importance in a clinical environment where task repetition is prized, but not as entertaining for a dog as chasing odours outdoors. The question addressed here is how to exploit the intrinsic sensitivity and simplicity of having a dog simply sniff out disease, in the face of variability in behavior and response.
近期文献推崇将犬类嗅觉用作一种诊断工具,用于识别临床前疾病状态,尤其是从生物介质样本中检测癌症和感染。研究显示了广泛的结果,从几乎完美的辨别,到基本上随机的结果。这种差异不太可能是检测问题;狗已被证明拥有极其灵敏的鼻子,它们用于追踪、炸弹探测和搜救就证明了这一点。然而,与分析仪器不同,狗会感到无聊、疲劳、饥饿以及受到外界干扰。在临床环境中,这些挑战尤为重要,因为在这种环境中任务重复很受重视,但对狗来说不像在户外追逐气味那样有趣。这里要解决的问题是,面对行为和反应的变异性,如何利用狗简单嗅出疾病的内在敏感性和简易性。