PLANT-CELL ASSEMBLAGE IN LAYERS
PLANT-CELL ASSEMBLAGE IN LAYERS
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DOI：
10.1007/bf00709436
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发表时间：
1995-06-01
影响因子：
1.3
通讯作者：
LUCK, HB
中科院分区：
文献类型：
--
作者：
LUCK, J;LUCK, HB
相对于最后形成的分隔壁，在每个植物细胞中确定的分隔壁定位导致可以模拟具有2/5叶序图案的植物样分生组织的自繁殖构型。L-映射系统用于生成相应的拓扑墙网。但在这些模式中，细胞并不是六边的，因为大多数细胞都是分层的。结果表明，壁交错不能是一个确定的设备的细胞本身，也不是一个随机的解离的横壁，但结果从物理控制与相邻细胞之间的相互作用。它是独立的细胞程序负责的外观模式，如2/5叶序，这是一个五聚体的性质。
A determined division wall positioning in each plant cell with respect to the last formed division wall leads to autoreproductive configurations which can simulate plant-like meristems as such with 2/5 phyllotactic patterns. L-map systems are used to generate the corresponding topological wall nets. But in these patterns cells are not six-sided as mostly found in layers. It is shown that wall staggering cannot be a determinate device of the cell itself, nor a randomized dissociation of the cross walls, but results from a physical control with interaction between adjacent cells. It is independent of the cellular program responsible for the appearance of patterns like 2/5 phyllotaxis which is of a pentameric nature.