122 results about "Total cell" patented technology

An automated method for rapidly analyzing percentage of positive cells from immunostained tissue sections is disclosed. The method is an improved multi-stage dynamic thresholding series of steps applied to monochromatic gray-scale values of color channels of digital image of tissue. The method requires color digital images of tissue. The method discloses sequential stages to obtain a step-wise progression of preliminary image planes iteratively combined to obtain a final immunostained and non-immunostained images of cells of the same cell class. The final results are segmented cells that are digitally countable. The percent of immunostained cells over the total cells are calculated in tissue section. The cell characteristics, including cell size and its immunostaining intensity are captured and digitally stored per cell. The segmented single cell color image as well as the corresponding cell characteristic are displayed as a dot plot two-dimensional flow cytometry-like manner.

A method of designing the layout of an integrated circuit (IC) by deriving an analytical constraint for a cut-based placement partitioner using analytical optimization, and placing cells on the IC with the cut-based placement partitioner using the analytical constraint. Quadratic optimization may be used to determine a desired ratio of a cell area of a given partition to a total cell area (the balance parameter), and placing may be performed using multilevel bisection partitioning constrained by the balance parameter. This implementation may include a determination of an aspect ratio for an entire partitioning region of the integrated circuit, and a "center-of-mass" coordinate of the cells based on the quadratic optimization, which are then used to define a placement rectangle having the same aspect ratio, and centered on the center-of-mass coordinate. This placement rectangle is used to derive the balance parameter. The placement rectangle has a total area equal to a total moveable cell area, and the balance parameter is computed by calculating the ratio of a left portion of the placement rectangle which lies in the left partition to the total area of the placement rectangle. The multilevel partitioner then places a proportionate number of the cells in the left partition based on the balance parameter.

The present invention relates to a polyurethane foam dressing material with improved moisturizing rate. More precisely, the present invention relates to a hydrophilic dressing material in which a wound contact layer (10) having a sponge structure composed of multiple open cells (12) and pores (15) passing through the cells (12) is laminated with a protective film (20). The lamination is characteristically performed at 150˜250° C. under a pressure of preferably 0.25˜1 kgf / cm2, the moisturizing rate of the wound contact layer (10) is 300˜1200% and the pore area (membrane opening) takes 10˜35% of the total cell area.The polyurethane foam dressing material of the present invention prevents the invasion of foreign materials, releases absorbed exudation after changing it into water vapor or arresting the absorbed exudation inside the foam to maintain constant moisturizing, has excellent exudation absorption capacity, has a wound healing effect resulting from not adhering to a wound, is easy to change, and enhances the wound healing effect by maintaining optimum moisturizing conditions resulting from the improved moisturizing rate.