Beyond images: Emerging role of Raman spectroscopy-based artificial intelligence in diagnosis of gastric neoplasia.

Khek Yu Ho
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引用次数: 1

Abstract

White-light endoscopy with tissue biopsy is the gold standard interface for diagnosing gastric neoplastic lesions. However, misdiagnosis of lesions is a challenge because of operator variability and learning curve issues. These issues have not been resolved despite the introduction of advanced imaging technologies, including narrow band imaging, and confocal laser endomicroscopy. To ensure consistently high diagnostic accuracy among endoscopists, artificial intelligence (AI) has recently been introduced to assist endoscopists in the diagnosis of gastric neoplasia. Current endoscopic AI systems for endoscopic diagnosis are mostly based upon interpretation of endoscopic images. In real-life application, the image-based AI system remains reliant upon skilful operators who will need to capture sufficiently good quality images for the AI system to analyze. Such an ideal situation may not always be possible in routine practice. In contrast, non-image-based AI is less constraint by these requirements. Our group has recently developed an endoscopic Raman fibre-optic probe that can be delivered into the gastrointestinal tract via the working channel of any endoscopy for Raman measurements. We have also successfully incorporated the endoscopic Raman spectroscopic system with an AI system. Proof of effectiveness has been demonstrated in in vivo studies using the Raman endoscopic system in close to 1,000 patients. The system was able to classify normal gastric tissue, gastric intestinal metaplasia, gastric dysplasia and gastric cancer, with diagnostic accuracy of >85%. Because of the excellent correlation between Raman spectra and histopathology, the Raman-AI system can provide optical diagnosis, thus allowing the endoscopists to make clinical decisions on the spot. Furthermore, by allowing non-expert endoscopists to make real-time decisions as well as expert endoscopists, the system will enable consistency of care.
超越图像:基于拉曼光谱的人工智能在胃肿瘤诊断中的新兴作用。
白光内镜结合组织活检是诊断胃肿瘤病变的金标准界面。然而,由于操作人员的可变性和学习曲线问题,病变的误诊是一个挑战。尽管引入了先进的成像技术,包括窄带成像和共聚焦激光内窥镜检查,这些问题仍未得到解决。为了确保内镜医师的诊断准确性,最近引入了人工智能(AI)来协助内镜医师诊断胃肿瘤。目前用于内镜诊断的内镜人工智能系统大多基于内镜图像的解释。在实际应用中,基于图像的人工智能系统仍然依赖于熟练的操作员,他们需要捕获足够高质量的图像供人工智能系统分析。在日常实践中,这种理想的情况可能并不总是可能的。相比之下,非基于图像的AI较少受到这些要求的约束。我们的团队最近开发了一种内窥镜拉曼光纤探针,可以通过任何内窥镜的工作通道进入胃肠道进行拉曼测量。我们还成功地将内窥镜拉曼光谱系统与人工智能系统结合在一起。在近1000名患者的体内研究中,使用拉曼内窥镜系统证明了其有效性。该系统可对正常胃组织、胃肠化生、胃异常增生和胃癌进行分类,诊断准确率>85%。由于拉曼光谱与组织病理学之间具有良好的相关性,因此拉曼- ai系统可以提供光学诊断,从而使内窥镜医师能够现场做出临床决策。此外,通过允许非专业内窥镜医生和专业内窥镜医生一起做出实时决策,该系统将实现护理的一致性。
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