代谢组学技术与机器学习算法在伤口年龄估计中的结合研究进展。

Xing-Yu Ma, Hao Cheng, Zhong-Duo Zhang, Ye-Ming Li, Dong Zhao
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引用次数: 0

摘要

伤口年龄估计是法医学实践中的核心内容。准确估计伤口年龄是国内外法医工作者亟待解决的科学问题。代谢组学技术可以有效检测体内或体外刺激因素产生的内源性代谢物,描述代谢物在体内的动态变化。它具有可操作性强、检测效率高、定量结果准确等优点。机器学习算法在处理高维数据集方面具有特殊优势,能有效挖掘生物信息,真实反映机体的生理、疾病或损伤状态。它是高效处理高通量大数据的新技术手段。本文综述了代谢组学技术结合机器学习算法在伤口年龄估计研究中的应用现状和优势,并为该研究提供了新思路。
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Research Progress of Metabolomics Techniques Combined with Machine Learning Algorithm in Wound Age Estimation.

Wound age estimation is the core content in the practice of forensic medicine. Accurate estimation of wound age is a scientific question that needs to be urgently solved by forensic scientists at home and abroad. Metabolomics techniques can effectively detect endogenous metabolites produced by internal or external stimulating factors and describe the dynamic changes of metabolites in vivo. It has the advantages of strong operability, high detection efficiency and accurate quantitative results. Machine learning algorithm has special advantages in processing high-dimensional data sets, which can effectively mine biological information and truly reflect the physiological, disease or injury state of the body. It is a new technical means for efficiently processing high-throughput big data. This paper reviews the status and advantages of metabolomic techniques combined with machine learning algorithm in the research of wound age estimation, and provides new ideas for this research.

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[Traffic accident caused by acute attack of Hashimoto encephalopathy: A case report]. [Death due to asphyxia after tracheotomy: Two case reports]. [Death due to gastric perforation caused by congenital defect of gastric musculature in a toddler: A case report]. [eath from rupture of penetrating atherosclerotic ulcer of thoracic aorta:A case report]. [Forensic identification of death after BiGu: A case report].
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