Canine Performance Sciences Program, College of Veterinary Medicine, Auburn University , Auburn, AL , USA.
Center for Translational Research in Aging and Longevity, University of Arkansas for Medical Sciences , Little Rock, AR , USA.
Front Vet Sci. 2016 Jun 24;3:47. doi: 10.3389/fvets.2016.00047. eCollection 2016.
The volatilome is the entire set of volatile organic compounds (VOC) produced by an organism. The accumulation of VOC inside and outside of the body reflects the unique metabolic state of an organism. Scientists are developing technologies to non-invasively detect VOC for the purposes of medical diagnosis, therapeutic monitoring, disease outbreak containment, and disease prevention. Detection dogs are proven to be a valuable real-time mobile detection technology for the detection of VOC related to explosives, narcotics, humans, and many other targets of interests. Little is known about what dogs are detecting when searching for biological targets. It is important to understand where biological VOC originates and how dogs might be able to detect biological targets. This review paper discusses the recent scientific literature involving VOC analysis and postulates potential biological targets for canine detection. Dogs have shown their ability to detect pathogen and disease-specific VOC. Future research will determine if dogs can be employed operationally in hospitals, on borders, in underserved areas, on farms, and in other operational environments to give real-time feedback on the presence of a biological target.
挥发物组学是指生物体产生的全部挥发性有机化合物(VOC)。VOC 在体内和体外的积累反映了生物体独特的代谢状态。科学家正在开发非侵入性检测 VOC 的技术,用于医疗诊断、治疗监测、疾病爆发控制和疾病预防。已经证实,检测犬是一种有价值的实时移动检测技术,可用于检测与爆炸物、毒品、人类和许多其他感兴趣目标相关的 VOC。对于检测生物目标时狗在检测什么,人们知之甚少。了解生物 VOC 的来源以及狗如何能够检测生物目标非常重要。本文综述了涉及 VOC 分析的最新科学文献,并假设了犬类检测的潜在生物目标。狗已经显示出它们能够检测病原体和疾病特异性 VOC 的能力。未来的研究将确定狗是否可以在医院、边境、服务不足地区、农场和其他操作环境中用于操作,以实时反馈生物目标的存在。