Bioplasm nls software results were compared to data of a standard ultrasound research

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We also used DeepVision mode, which can make transparent external walls of gall bladder wall and biliary ducts and thus to help to monitor and evaluate deep structures of cavitary lesions, normally hidden by the external layers.

To carry out more detailed evaluation of revealed changes we used the following functions: rotation of an image, allowing to rotate three-dimensional array in any projection for accurate perception of a shape and a surface of a scanned object; segmentation of an image (Fast Vision), allowing to select area of interest from the main image and remove screening structures. Modes of rotation, segmentation and multiplanar image scanning help to improve significantly evaluation quality of all analyzed signs with their following analysis, as the addition to transparency of multidimensional image on/off mode. Multiplanar image scanning mode with step-by-step visualization and evaluation of all signs in a researched area allows to specify a localization of an object and evaluate in details all analyzed signs with simultaneous scanning in three planes in a selected crosscut. The optimal procedure is a consecutive application of all available three-dimensional image rendering modes for studying of every patient.

Acquired Bioplasm nls software  results were compared to data of a standard ultrasound research, CT, fiberoptic gastroduodenoscopy, endoscopic retrograde cholangiopancreatography and surgery findings.