A net positive charge (PEI) enhanced uptake regardless of shape and cell line.
The actin microfilament cytoskeleton is involved in cellular processes, determining cell shape, and cell attachment.
The effect of the cell shape and cell wall properties on the effective rigidity is illustrated.
The morphogenesis of a developing epithelium is associated with the control of both cell shape and cell contacts.
The former keeps better cell shape and cell state; however, the latter shows torn cell membrane, destruct tissue, and large areas of dead bacteria.
The effect of the interaction between the co-existing cell shape and cell wall thickness imperfections on the elastic moduli is found to be weak.
Additionally, we used transmission electron microscopy (TEM) and FM4-64 (a styryl membrane-specific dye) staining to gain an exact view of the cell shape and cell septa of both the WT and the mutant cells in details.
The Finite Element Method (FEM) has been applied to study the influence of profile shape and cell geometry on the rate of anodic levelling under conditions of negligible electrode polarization.
Based on the analysis of Sh = aRebSc0.356 correlation, the values of the constant a, associated with shape and cell dimensions, were 0.012, 0.014, and 0.022 for the four-plate, six-plate and concentric cylinder, respectively.
Based on the Sh = aRebSc0.356 correlation, the value of the constant a, associated with transport properties, shape and cell dimensions, was 0.11; the constant b exhibited a value of 0.99 attributed to rough silver deposits on RCE interface.
The types of cell shape and cell arrangement considered include regular hexagon, square with connectivity 4 or 3, and triangle with connectivity 6 or 4. Two analytical models are developed: corrugated wall and effective medium.
