机译:真正的粘液霉菌多头Phys的线粒体质粒通过促进线粒体融合来绕过单亲遗传
Laboratory of Plant Life System Department of Integrated Biosciences Graduate School of Frontier Sciences University of Tokyo;
Laboratory of Plant Life System Department of Integrated Biosciences Graduate School of Frontier Sciences University of Tokyo;
Laboratory of Plant Life System Department of Integrated Biosciences Graduate School of Frontier Sciences University of Tokyo;
Laboratory of Plant Life System Department of Integrated Biosciences Graduate School of Frontier Sciences University of Tokyo;
Mitochondria; Fusion; Plasmid; Uniparental inheritance; Physarum polycephalum;
机译:线粒体的母体遗传:真正的粘液霉菌多头cephal中线粒体DNA的多极性,多等位性和分级传递
机译:线粒体的母体遗传:真正的粘液霉菌多头cephal中线粒体DNA的多极性,多等位性和分级传递
机译:真正的粘液霉菌多头Phys浆草中的脉冲场凝胶电泳揭示了线粒体DNA的体内构象。
机译:来自Monilioophthora Perniciosa线粒体质粒的DNA和RNA聚合酶的对比建模
机译:mF质粒的结构特征和遗传组织,可促进多头Phys骨中线粒体融合和线粒体基因组的重建
机译:细胞粘液霉多变苍白兰线粒体DNA多态性和单亲遗传的证据:种内交配对线粒体DNA传播的影响。
机译:在真正的粘液模具中脉冲 - 场凝胶电泳显示线粒体DNA的体内构象,Physarum polycephalum