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Variations of scalp, pubic and axillary hair

机译:头皮,耻骨和腋毛的变化

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Hair examinations and comparisons conducted by forensic scientists often provide investigative and associative information. Apart from its length and its natural color, hair displays a morphologic diversity both macroscopically and microscopically. Pseudogenization of ψhHaA type I hair keratin gene inactivation highlights dramatic differences and is thought to be one of the strongest reasons for localization of hair in human. Therefore, humans have several different types of hair that can be classified depending on their body position and form. Size, angle of penetrance through the skin, embryological time of first appearance, and structural variations in the hair follicles are all taken into account when classifying hair types. However, the classification of differential types of hair quantitative traits in human is yet to be undertaken. An attempt has been made in the present study to understand the variation by using the histomorphological and quantitative variables of 540 hair strands (180 each scalp, axillary and pubic hair) of 18 adult Bengalee Hindu caste females. Apart from variation in histomorphological variables, quantitative variables regarding shaft and medulla diameter demonstrated variation in terms of being significantly higher (p < 0.05) in pubic hair compared to that of axillary and scalp hair. Therefore, the present study envisaged that variability in histomorphological and quantitative traits in different areas of human could be one of the important criteria for personal identification in forensic research.
机译:法医科学家进行的头发检查和比较通常提供调查和相关信息。除了其长度和自然色,头发在宏观和微观上都表现出形态上的多样性。 IhHaA I型头发角蛋白基因失活的假性形成突出了巨大差异,被认为是人类头发局部化的最重要原因之一。因此,人类具有几种不同类型的头发,可以根据其身体位置和形式对其进行分类。在对头发类型进行分类时,要考虑大小,通过皮肤的渗透角度,首次出现的胚胎学时间以及毛囊的结构变化。但是,人类头发定量特征的不同类型的分类尚待进行。在本研究中,已尝试通过使用18名成年孟加拉印度裔种姓女性的540根发束(每根头皮,腋毛和阴毛为180条)的组织形态学和定量变量来了解这种变化。除了组织形态学变量的变化外,有关轴和髓质直径的定量变量还显示出变化,因为阴毛比腋毛和头皮毛明显更高(p <0.05)。因此,本研究设想在人类不同区域的组织形态和数量特征的变异性可能是法医研究中个人识别的重要标准之一。

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