The genomes of Glycine canescens F.J. Herm., and G. tomentella Hayata of Western Australia and their phylogenetic relationships in the genus Glycine Willd.
The genomes of Glycine canescens F.J. Herm., and G. tomentella Hayata of Western Australia and their phylogenetic relationships in the genus Glycine Willd.
复制标题
西澳大利亚的 Glycine canescens F.J. Herm. 和 G. tomentella Hayata 的基因组及其在 Glycine Willd 属中的系统发育关系。
作者：
R. Singh;K. Kollipara;T. Hymowitz
多学科方法是确定基因组多样性和建立物种内和物种间基因组关系的一个极其强大的工具。本研究利用细胞遗传学和分子生物学方法（rDNA的ITS）揭示了灰甘（Glycine canescens）和绒毛甘甘（Glycine tomentella）的基因组多样性，并建立了它们与其他二倍体甘（Glycine）属植物的系统发育关系。细胞遗传学研究表明，G.来自西澳大利亚的canescens种质（PI 583944、583946、583953和591575）基因组相似。然而，它们与标准G. canescens（PI 440932），采自南澳。相比之下，G.来自西澳大利亚的被毛孢属（2n = 40）种质具有高度的基因组多样性。细胞遗传学和ITS序列分析将二倍体G.在澳大利亚被毛苔属的加入分为四个不同的组。基因组符号DD（同工酶组D3; PI 505222）、D1 D1（同工酶组D5; PI 505301）、D2 D2（同工酶组D3; PI 505301）、D2 D2（同工酶组D5; PI 505301）。
A multidisciplinary approach is an extremely powerful tool for determining genomic diversity and establishing genomic relationships within and among species. This study used cytogenetics and a molecular method (ITS of the rDNA) to uncover genomic diversity in Glycine canescens and Glycine tomentella and to establish their phylogenetic relationships with the other diploid species of the genus Glycine. Cytogenetics revealed that G. canescens accessions (PIs 583944, 583946, 583953, and 591575) from Western Australia were genomically similar. However, they were differentiated by a paracentric inversion from the standard G. canescens (PI 440932) collected from South Australia. By contrast, G. tomentella (2n = 40) accessions from Western Australia were highly diverse genomically. Cytogenetics and ITS investigations separated the diploid G. tomentella accessions in Australia into four distinct groups. The genome symbols DD (isozyme group D3; PI 505222), D1D1 (isozyme group D5; PI 505301), D2D2 (isozyme group D5;...