KarySOM: An Unsupervised Learning based Approach for Human Karyotyping using Self-Organizing Maps

Casian-Nicolae Marc, G. Czibula
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引用次数: 3

Abstract

Cytogenetics is a field of genetics investigating the relationships between the hereditary characteristics, structure and behavior of human chromosomes, as well as the medical and evolutionary repercussions of chromosomal abnormalities. Detecting the human karyotype and chromosomal anomalies could offer relevant information about human genetics and possible genetic disorders. This paper investigates an automatic solution for chromosomes classification and introduces an unsupervised learning approach KarySOM based on self-organizing maps for the problem of automatically human karyotyping, with the more general goal of uncovering chromosomal anomalies. The experimental evaluation of the proposed approach highlights its effectiveness for unsupervised classification of human chromosomes.
KarySOM:一种基于无监督学习的人类自组织地图核型分析方法
细胞遗传学是研究人类染色体的遗传特征、结构和行为之间的关系,以及染色体异常的医学和进化影响的遗传学领域。检测人类核型和染色体异常可以提供有关人类遗传学和可能的遗传疾病的相关信息。本文研究了染色体分类的自动解决方案,并引入了一种基于自组织图的无监督学习方法KarySOM,用于人类自动核型问题,其更一般的目标是发现染色体异常。该方法的实验评价突出了其对人类染色体的无监督分类的有效性。
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