I Motile Dynamics at the Cellular Level-Cytoplasmic Motion and Cell Shape-.-I. 1 Embryonic
Mesoderm Cells and Larval Keratocytes from Xenopus: Structure and Motility of Single …

Plant organs grow symplastically, ie in a continuous and coordinated way. Such growth is of
a tensor nature, which is manifested in the property that at every point of the organ three …

The patterns of cell growth and division characteristic of the apex of tomato roots grown in
vitro were simulated by computer using a growth tensor (GT). The GT was used to clarify the …

In this chapter, the structure, function, and growth of apical meristems and cambium are
discussed from a perspective of mechanics. We first characterize the meristems and point to …

Our developing systems are growing plant organs. Plant organs grow symplastically, ie, in a
coordinated way. In our approach we treat the symplastic growth of a plant organ as an …

In this work, the formation of the virtual lateral root (VLR) is shown. The VLR is formed using
the 2D simulation model of growth and cell divisions based on the concept of growth tensor …

The primary root meristem of maize (Zea mays L.) is composed of longitudinal files of cells
arranged in groups of familial descent (sisters, cousins, etc.). In the proximal portion of the …

Background and Aims During lateral root development a new meristem is formed within the
mother root body. The main objective of this work was to simulate lateral root formation in …

In contrast to seed plants, the roots of most ferns have a single apical cell which is the
ultimate source of all cells in the root. The apical cell has a tetrahedral shape and divides …

Growth and cellular organization of the Arabidopsis root apex are investigated in various
aspects, but still little is known about spatial and directional variation of growth rates in very …