数字农科院2.0

Genomic variation and evolutionary patterns in organelle genomes between annual and perennial Glycine species

文献类型： 外文期刊

作者： Yang, Xuchen;He, Jiaxian;Zhou, Minghui;Bi, Changwei;Kong, Jiali;Wang, Jie;Kong, Fanjiang;Wu, Zhiqiang;Wang, Zefu;Li, Meina

作者机构：

关键词： （0-3-3）Glycine;Mitochondrion;Plastid;Intracellular transfer

期刊名称： BMC PLANT BIOLOGY

ISSN： 1471-2229

年卷期： 2025 年 25 卷 1 期

页码：

收录情况： SCIE（2025版）

摘要： BackgroundThe complexity of structural variations and long stretches of repetitive DNA make the analysis of plant mitochondrial genomes (mitogenomes) exceptionally challenging. A thorough investigation of plant mitogenomes is essential for uncovering the evolutionary processes of plant organelles and optimizing traits related to plant cellular metabolism. The genus Glycine includes groups with both perennial and annual life strategies, making it an ideal subject for studying the complexity and variations of plant mitogenomes during evolution across different life strategies.ResultsHere, we assembled 20 complete mitochondrial and plastid genomes of Glycine accessions, including both annual and perennial species using the latest organelle genome assembly tool. Significant structural variations and differences in tRNA content were observed in the mitogenomes between the two life-history strategy subgenera, while protein-coding genes and rRNAs content were highly conserved. Distinct patterns of nuclear plastid DNAs and nuclear mitochondrial DNAs (NUPTs/NUMTs) were uncovered among annual and perennial species. Genes residing in NUMTs (NUMGs) showed a substantial presence in Glycine accessions, with annual soybeans exhibiting a higher proportion of protein-coding genes fully integrated into the nuclear genome. Phylogenetic analysis indicated a closely related evolutionary trajectory between mitochondrial and nuclear genomes in Glycine, providing supplementary evidence relevant to the evolutionary history of Glycine.ConclusionsThis study showed the structural variations and evolutionary patterns of mitochondrial genomes between annual and perennial Glycine species. These findings contribute to our understanding of plant organelle complexity, variation and history of intracellular genomic integration.

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