揭示 VELScope 在潜在恶性口腔病变早期检测中的潜力,促进未来牙科诊断技术的发展

Daniel Adhie Saputra, Dea Permata, Amar Raikhan Qodri, Amandia Dew i Permana Shita
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引用次数: 0

摘要

导言:口腔病变从无害到可能有危险,其中包括口腔癌,它是世界上第 16 位最常见的恶性肿瘤。口腔癌的早期发现可使患者的预期寿命延长十年,这就强调了对像 VELScope 这样的诊断仪器的需求。VELScope 是一种便携式设备,利用蓝光检查口腔组织,暴露自然荧光并突出异常区域,如果不使用专门设备,这些异常区域是看不到的。目的:本综述探讨了 VELScope 识别口腔病变的可能性,因为它有可能成为未来的牙科诊断工具。方法:我们从 88 项研究结果开始,将其减少到 33 项在过去五年中发表的有关 VELScope 技术的研究。经过筛选,我们采用与所有研究相同的标准选出了 10 篇文章。结果:VELScope 使用荧光来识别明显和隐蔽的口腔病变,这在正常组织出现胶原蛋白流失时尤其有用。虽然使用自发荧光需要一定的知识,但它有助于分析可能的口腔恶性前病变的边缘。尽管 VELScope 有其局限性,但随着技术的发展,它有望用于早期癌症诊断。结论当用于早期诊断时,VELScope 有助于降低口腔癌死亡率,5 年生存率达到 83%。虽然它有局限性,但持续的技术改进有可能提高其准确性,使其成为准确早期诊断和降低口腔癌死亡率的重要工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Unveiling the Potential of VELScope in Potentially Malignant Oral Lesion Early Detection for Future Dental Diagnosis Technology
Introduction: Oral lesions range from innocuous to possibly dangerous, including oral cancer, which is the world's 16th most common malignancy. Early detection of oral cancer can enhance a patient's life expectancy by a decade, emphasizing the need of diagnostic instruments like VELScope. VELScope is a portable device that employs blue light to examine oral tissue, exposing natural fluorescence and emphasizing aberrant regions that would otherwise be invisible without the use of specialized equipment. Objectives: This review looks at the possibility of the VELScope for identifying oral lesions, since it has the potential to be a future dental diagnostic tool. Method: We began with 88 findings and reduced them down to 33 research regarding VELScope technology published in the previous five years. Following screening, we chose ten articles using the same criteria for all research. Results: VELScope uses fluorescence to identify both obvious and concealed oral lesions, which is especially useful when collagen loss occurs in normal tissues. While using autofluorescence requires knowledge, it assists in analyzing margins in probable pre- malignant oral conditions. VELScope, despite its limitations, has promise for early cancer diagnosis as technology develops. Conclusion: When utilized for early diagnosis, VELScope helps to reduce oral cancer mortality, reaching an 83% 5-year survival rate. While it has limits, continuous technical improvements have the potential to improve its accuracy, making it a vital tool for accurate early diagnosis and lowering oral cancer mortality.
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