Yangmei is Myricaceae Myrica evergreen tree fruit.
杨梅是杨梅科杨梅属的常绿乔木果树。
Furthermore, nuclear PHYC gene was used to place Myricaceae with more confidence.
在此基础上针对具体问题,进一步选用核光敏色素PHYC基因序列对杨梅科在壳斗目中的系统位置进行了更深入的探讨。
Some unique relationships are identified with weak support, such as the sister relationships between Fagaceae and Rhoipteleaceae, as well as between Myricaceae and Casuarinaceae.
4六个DNA序列的联合分析通过对六个DNA序列的单独和联合分析,探讨了引起基因树间拓扑结构冲突的可能原因。
Proteoid roots or cluster roots: dense clusters of rootlets of limited growth that develop under low phosphate or low iron conditions in Proteaceae and some plants from the following families Betulaceae, Casuarinaceae, Elaeagnaceae, Moraceae, Fabaceae and Myricaceae.
排根或集束根源:在低密集群发展的根的生长的,有限的磷酸盐或低铁的条件眼科和一些植物从以下家庭的桦木,木麻黄,胡颓子科,桑科,豆科和杨梅科。
The latter clade could be further divided into two strongly supported subclades:(Juglandaceae-Rhoipteleaceae)-Myricaceae, and (Betulaceae-Ticodendraceae)-Casuarinaceae.4 Six sequences combined analysesPhylogenetic reconstructions were performed under a number of scenarios for each of five combined data sets to elucidate the stability of the phylogeny trees.
桦木科和木麻黄科聚在一起,胡桃科和马尾树科为姐妹群再与杨梅科构成一支,这两个分支都得到很强的BS支持。核基因分析支持六个序列联合分析对核心高等金缕梅类各科间关系的分辨。