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首页> 外文期刊>Current Science: A Fortnightly Journal of Research >Branch-branch connections in trees analogous to hyphal fusions in fungal colonies.
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Branch-branch connections in trees analogous to hyphal fusions in fungal colonies.

机译:类似于真菌菌落中菌丝融合的树木中的分支分支连接。

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In the leopard tree Caesalpinia ferrea (Leguminosae) - a native of eastern Brazil - some of the leader branches connect to and fuse with neighbouring branches of the same tree. The bridge initials project out as pegs or protuberances and apparently extend in a coordinated manner, connecting branches up to 4 ft apart. The fusion of two branches of the same tree implies intraplant communication involving signalling factor(s). The bridges resemble fusions between hyphae in a fungal colony. Whereas hyphal fusions are common and the process is apparently completed in <1 h, branch fusions in C. ferrea tree are limited and a slow process, apparently requiring several months to years to complete. Branch fusions in C. ferrea are in accord with Claus Mattheck's analysis that tree branches actually seek contact rather than avoid contacts.
机译:在豹子树(Caesalpinia ferrea (Leguminosae)-巴西东部的本地人中-一些领导分支与同一棵树的相邻分支连接并融合。桥的首字母突出为长钉或突起,并且显然以协调的方式延伸,将分支连接起来,相距4英尺。同一棵树的两个分支的融合意味着涉及信号传导因子的植物内通讯。桥梁类似于真菌菌落中菌丝之间的融合。菌丝融合很普遍,该过程显然在1小时内完成,而分支融合在C中。 ferrea 树是有限的,而且过程缓慢,显然需要数月至数年才能完成。 C中的分支融合。 ferrea 与克劳斯·马特克(Claus Mattheck)的分析一致,即树枝实际上是在寻求联系而不是避免联系。

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