英语翻译Conclusions—The Austrobaileyales occupy a critical phylogeneticposition for understanding the early evolutionary historyof monocots,eumagnoliids,and eudicots.The four-celled/four-nucleate ontogeny and mature structure of the Illiciumfem
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英语翻译Conclusions—The Austrobaileyales occupy a critical phylogeneticposition for understanding the early evolutionary historyof monocots,eumagnoliids,and eudicots.The four-celled/four-nucleate ontogeny and mature structure of the Illiciumfem
英语翻译
Conclusions—The Austrobaileyales occupy a critical phylogenetic
position for understanding the early evolutionary history
of monocots,eumagnoliids,and eudicots.The four-celled/
four-nucleate ontogeny and mature structure of the Illicium
female gametophyte are now established as plesiomorphic features
of angiosperms,shared by Austrobaileyales,as well as
by an even earlier branching lineage,the Nymphaeales.The
evolutionary developmental origin of the seven-celled/eightnucleate
female gametophyte in the common ancestor of
monocots,eumagnoliids,and eudicots can be traced by comparison
to that of its reconstructed immediate predecessor,the
four-celled/four-nucleate,Illicium-like female gametophyte.
英语翻译Conclusions—The Austrobaileyales occupy a critical phylogeneticposition for understanding the early evolutionary historyof monocots,eumagnoliids,and eudicots.The four-celled/four-nucleate ontogeny and mature structure of the Illiciumfem
是否austrobaileyales占据一个关键的系统发育为了解早期演化历史单子叶植物,eumagnoliids,及真双子叶植物.该组/four-nucleate个体发育和成熟的结构的八角雌配子体是目前确定祖特点被子植物,共享austrobaileyales,以及一个早期分支的血统,睡莲目.本进化起源的七个细胞/eightnucleate雌配子体中的共同祖先单子叶植物,eumagnoliids,及真双子叶植物可以追溯到的比较于其前任的重建,组/four-nucleate,illicium-like雌配子体.
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结论:Austrobaileyales系统中占有一个关键
为了解早期位置演化历史
monocots的,eumagnoliids,eudicots。这four-celled /
four-nucleate和成熟的个体进行结构
雌性配子体plesiomorphic现在确立为特征
被子植物的共享的A...
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做某事之前你的马子走多远,远离吗
结论:Austrobaileyales系统中占有一个关键
为了解早期位置演化历史
monocots的,eumagnoliids,eudicots。这four-celled /
four-nucleate和成熟的个体进行结构
雌性配子体plesiomorphic现在确立为特征
被子植物的共享的Austrobaileyales,以及
由一个甚至更早的分支血统,Nymphaeales。这
进化发展
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