Patent ID: 7024024
Filing Date: 2006-04-04
Classification: A61B,G06T

Abstract:
1. A method for obtaining and analyzing multi-dimensional in vivo images of blood perfusion through a targeted body region, comprising: a) providing computer-executable software operably configured to receive electronic signals via electronic communication means, said software being programmed to translate the electronic signals into electronic data, and to calculate and format the electronic data into visually-perceivable displays; b) providing an ultrasonic imaging device for generating the electronic signals representing corresponding ultrasonic image characteristics, said imaging device being operably coupled to said communication means for operably transmitting the electronic image signals therethrough; c) injecting an echocontrast material into a targeted body region; d) conducting a plurality of scans of said body region with said ultrasonic imaging device in one or more predefined time periods, said plurality of scans each obtaining reflection energy intensity data at a plurality of positions in the targeted body region, such that a plurality of reflection energy intensity data points are obtained for each of said plurality of positions; e) calculating a statistical median reflection energy intensity value among said plurality of reflection energy intensity data points for respective ones of said plurality of positions; f) generating an electronic image of said body region based on said median reflection energy intensity values; and g) displaying said electronic image of said body region on a viewable screen, said electronic image representing a multi-dimensional view of said body region, with said multi-dimensional view being automatically divided into a plurality of user-defined cross-sectional segment views graphically representing the entire body region for detailed analysis thereof.