个人音乐能力发展的遗传基础

O. Lobach, V. Pomohaibo
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摘要

这篇文章概述了现有的国外关于音乐基因的出版物,这是现代科学的一个新方向(见参考文献列表)。强调国内心理学家对乐性结构的定义如下:以音乐的情绪反应为中心;节奏感:节奏感;调式感,以及音乐听觉感知。同时,国外学者将音高、节奏感和体验音乐愉悦的能力作为音乐性的标准。国外研究人员已经将36个基因和7个染色体区域与这些特征联系起来。因此,基因AVPR1、GALM、GATA2、PCDH7、SLC6A4以及染色体区域4q22、4q23和8q13-21与音乐性的关系最为密切(Szyfter & Witt, 2020)。在上述基因中,GATA2和PCDH7基因参与了听觉系统的发育和功能。SLC6A4和AVPR1基因负责从音乐中获得快乐,GALM基因负责碳水化合物代谢。根据Tan, McPherson, Peretz, Berkovic & Wilson的研究,TRPA1 (8q21.11)的标准表达提供了绝对的音高和节奏感(2014)。然而,绝对音高只在1-2%的专业音乐家中是典型的,这让人有理由怀疑绝对音高对于实现音乐事业是必要的(Jobling, 2014)。作者建议对乐感基因的进一步研究应基于广泛的基因组关联研究技术。它的价值不是由参与音乐性识别的基因决定的,而是由区分DNA分子中微小的结构变化决定的。这些变异可以在很大范围内改变相关基因的功能,从而改变一般音乐能力或特殊音乐能力的水平。确定的一组基因变异将作为早期诊断音乐天才儿童的标志,以确保他们在强制性和定期的音乐和实践活动过程中获得成功的教育、成长和发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
GENETIC FOUNDATIONS OF THE INDIVIDUAL’S MUSICAL ABILITIES DEVELOPMENT
The article presents an overview of available foreign publications on the genetics of musicality, which is a new direction of modern science (see list of references). It is emphasized that national psychologists define the following components of musicality structure: emotional response to music as its center; the sense of rhythm; the sense of mode, and musical auditory perceptions. At the same time, foreign scholars consider musical pitch, the sense of rhythm, and the ability to experience the pleasure of music as the criteria of musicality. Foreign researchers have linked 36 genes and 7 chromosome regions with those traits. Thus, the genes AVPR1, GALM, GATA2, PCDH7, SLC6A4, and chromosome regions 4q22, 4q23, and 8q13-21 with still unidentified genes correlate most closely with musicality (Szyfter & Witt, 2020). Among the above-mentioned genes, genes GATA2 and PCDH7 are involved in the auditory system development and functioning. Genes SLC6A4, and AVPR1 are responsible for getting pleasure from music, and GALM conducts carbohydrate metabolism. According to Tan, McPherson, Peretz, Berkovic & Wilson, the standard expression of TRPA1 (8q21.11) provides absolute pitch and a sense of rhythm (2014). However, absolute pitch is typical only for 1-2% of professional musicians, which gives reason to doubt it is necessary to achieve a musical career (Jobling, 2014). The authors suggest that further research on the genetics of musicality should be based on the technology of broad genome associations research. Its value is not determined by the genes involved in musicality identification but by distinguishing the minor structural variations in the DNA molecule. These variations can alter the functioning of relevant genes in a wide range and, thus, vary the level of general musicality or special musical abilities. The identified set of genetic variations will serve as a marker for early diagnosis of musically-gifted children to ensure their successful education, upbringing, and development in the process of mandatory and regular musical and practical activities.
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