In brief, the number of GAP-43-positive axons extending ≥0.25, ≥0.5 and ≥1 mm from the injury site in rats or ≥0.5, ≥1 and ≥1.5 mm from the injury site in mice in at least six sections per treatment were counted under × 400 magnification, normalized to the cross-sectional width of the optic nerve and used to calculate the total numbers of regenerating axons in each animal.
The greatest mean cross-sectional width and height were 18±3 and 42±5 mm respectively.
Computations are performed at different pressure levels for a bed with a cross-sectional width of 0.3 m in which two heat exchanger tubes were inserted.
A special discretization method for general curvilinear structured grids with multiblock connectivity is implemented, and two-dimensional non-stationary calculations are performed for a bed with a cross-sectional width of 0.3 m, containing two horizontal heat exchanger tubes.
A T-junction empty microchannel with varying cross-sectional width (0.25, 0.5, 0.75, 1, 2 and 3 mm) served as the model micro-reactor, and a finite volume based commercial computational fluid dynamics (CFD) package, FLUENT, was adopted for the numerical simulation.
Fascin 1-/ melanoblasts also extended thinner protrusions with a smaller cross-sectional width than wild type (Fig. 4G,I).
The cross-sectional width of the nerve was measured at the point where the counts were taken, and used to calculate the number of axons per millimeter of nerve width.
The cross-sectional width of the nerve was measured at the point at which the counts were taken and was used to calculate the number of axons per millimeter of nerve width.
The cross-sectional width of the nerve was measured at the point where the counts were taken, and used to calculate the number of axons per ml of nerve width.
The Evan's index was calculated for the hydrocephalus patients with the cross-sectional width of the ventricles being divided by the width of the anterior cranial fossa from inner table to inner table along a line in the same position as the ventricles.
The experimental results suggest new concepts of low weir heights and cross sectional reservoir widths in the design of low-head RoR plants to facilitate frequent and efficient flushings, to enhance sediment continuity, and to reduce maintenance and operational costs.
