CAJ | 학술논문

肺癌是一种高恶性度的肿瘤,发病率呈快速上升趋势,因为缺少有效的早期诊断技术其死亡率亦高居肿瘤前三甲.因此急需研制出可应用于临床的新型肺癌诊断技术.呼吸诊断方法是一种具有应用前景的无创伤的诊断技术,电子鼻技术能够提供自动、快捷、方便的检测技术.文中介绍了一种基于呼吸气体诊断肺癌的电子鼻技术实现方法以及基于临床数据得出的诊断模型,并利用声表面波传感器实现了肺癌的快速、无创诊断,为早期诊断肺癌开辟了一条新的途径.
폐암시일충고악성도적종류,발병솔정쾌속상승추세,인위결소유효적조기진단기술기사망솔역고거종류전삼갑.인차급수연제출가응용우림상적신형폐암진단기술.호흡진단방법시일충구유응용전경적무창상적진단기술,전자비기술능구제공자동、쾌첩、방편적검측기술.문중개소료일충기우호흡기체진단폐암적전자비기술실현방법이급기우림상수거득출적진단모형,병이용성표면파전감기실현료폐암적쾌속、무창진단,위조기진단폐암개벽료일조신적도경.
Lung cancer is one of the most deadly diseases and the leading cause of cancer death in both men and women. The high mortality in patients with lung cancer partly results from the lack of effective ways to diagnose the disease at an early stage before it has spread to regional nodes or has metastasized beyond the lung. The electronic nose combined with a diagnosis model which based on the biomarkers can provide a non-invasive and more convenient method. The paper presented an improved e-Nose based on surface acoustic wave (SAW) gas sensors and a diagnosis model to diagnose lung cancer.