基于分水岭和聚类的染色体图像分割

R. Manohar, J. Gawande
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引用次数: 11

摘要

染色体图像是通过显微镜成像捕获的,因此对这些染色体的分析是非常困难的。为了正确分析染色体,必须对染色体图像进行分割。分割是遗传病识别的必要手段。为了准确诊断,使用m - fish标记技术。这项技术有助于正确识别遗传疾病。该技术使用5种颜色标记每个染色体和DNA染色。本课题采用模糊均值算法和分水岭算法对染色体图像进行分割。比较两种算法的分割结果,找出分割精度。算法在网上的m - fish数据库上进行了测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Watershed and Clustering Based Segmentation of Chromosome Images
Chromosome images are captured by microscopicimaging and hence analysis of these chromosomes is very difficulttask. To correctly analyse the chromosomes, segmentation ofchromosome images is necessary. Segmentation is necessary foridentification genetic diseases. For accurate diagnosis, M-FISHlabelling technique is used. This technique helps in correctlyidentifying the genetic diseases. This technique uses 5 colorthat labels each of chromosomes and DNA stain. In thisproject, chromosome images are segmented using fuzzy cmeans algorithm and by using watershed algorithm. Thesegmentation results of both the algorithms are compared byfinding segmentation accuracy. The algorithms were tested onM-FISH database which is available online.
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