Association between fingerprint patterns and myopia

Ljiljana Sretić
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Abstract

Epidermal patterns are polygenically determined system of ridges on volar surface of fingers, palms and soles. Due to their mode of inheritance, and developmental time that coincide with the most critical period of embryogenesis, they are considered as a biological marker that may provide an insight in early fetal life. This study involved 102 participants, students from the University of Priština-Kosovska Mitrovica, 51 consisting myopic and 51 control group. Analysis of fingerprint patterns has showed significantly altered dermatoglyphic configuration of arch patterns in myopic group, which might be suggestive of developmental perturbances in embryogenesis of genetically vulnerable individuals prone to development of myopia.
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指纹模式与近视的关系
表皮图案是由多基因决定的手指、手掌和脚底掌面脊系统。由于它们的遗传模式和发育时间与胚胎发生的最关键时期一致,它们被认为是一种生物学标记,可以提供早期胎儿生活的见解。这项研究涉及102名参与者,来自Priština-Kosovska米特罗维察大学的学生,51名近视组和51名对照组。对指纹图谱的分析显示,近视组的皮肤纹弓型构型发生了显著变化,这可能提示易患近视的遗传易感个体在胚胎发生过程中存在发育扰动。
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