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Modulation of cellular geometry was achieved by growing syncytia on self-assembled monolayers of terminally substituted alkanethiolates designed to control the adhesive properties of the substrates.
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Work in the author's lab on cellular geometry is supported by NIH grants GM090305 and GM097017.
Their cellular geometry is therefore not only shaped by the material properties of the walls, but also by the permanent force of turgor pressure, manifesting in the reduced variation of cell shape in plants as compared to animals (Theriault et al., 2012).
A qualitative model based upon concepts of cellular foam geometry is advanced to explain the observed CNT buckling behavior.
Thus, geometry was put to rest.
Geometry was essential to surveying and cartography.
Their geometry was modified to "detune" them.
The B-DNA geometry was destroyed.
In [9], an approach to derive the coverage and rate in cellular networks based on stochastic geometry is proposed, which is more tractable compared to the traditional grid models.
The petals' nanoscale irregular geometry is thought to enhance cellular adhesion and migration.
The geometry is complicated.
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