多系在植物表观遗传变异性中的作用

S. Kirikovich, E. Levites
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引用次数: 0

摘要

本文讨论了植物多系的现有资料,以及植物基因组的结构和功能组织及其在表观遗传变异性和遗传中的作用。还讨论了我们在甜菜无精子(无融合)后代中标记酶的研究结果,指出染色体多性对酶基因的表观遗传变异性和标记酶表型类别比率的影响。Сomparison的已知与我们的实验数据使得考虑植物染色体的差异多性,不仅是基因表达的表观遗传变异性的一个因素,也是基因组结构组织进化的一个因素。多染色体被认为是记录个体发生过程中发生的表观遗传变化的遗传信息系统的一个要素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Role of Polyteny in Plant Epigenetic Variability
This paper discusses the available data on polyteny in plants and data on the structural and functional organization of the plant genome and its role in epigenetic variability and inheritance. Also discussed the results of our studies on marker enzymes in agamospermous (apomictic) progenies of sugar beet, pointing to the influence of chromosome polyteny on the epigenetic variability of enzyme genes and on the ratios of phenotypic classes of marker enzymes. Сomparison of the known with our experimental data enabled the consideration of differential polyteny of plant chromosomes, not only as a factor of epigenetic variability of gene expression, but also as a factor of evolution of the genome structural organization. Polyteny is considered to be an element of the system of recording hereditary information about epigenetic changes arising during ontogenesis.
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