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Tumor analysis software

maxim-kheyfets edited this page Nov 8, 2022 · 3 revisions

DEPRECATED PROJECT


Download "aidScans 4.7" / Released - November 2013 / Size - 3.9 MB / Platform - Windows 7+

Download and Requirements

The program requires Windows, .NET Framework 4.0, 1G RAM, 1GHz+ CPU, 256MB free on hard disk. Setup above would check whether the framework is available and download/install it if required. You will need administrative permissions to perform installation.

Overview

Solution is designed for object volume calculation based on tomography data. The software estimates brain tumor volume, volume of the brain and would handle different types of tumors and objects which are visible at CT/MRI scans. The aim of the software is to provide full support to researchers who treat oncology diseases.

Tumor volume estimation

Importance of the quantitative analysis of a tumor linked with decision of surgical intervention: “to be or not to be?”. Slices set of a brain is prepared using tomograph (MRI, CT). Volume of a tumor and near-brain space are required for decision making. Tumour and near-brain space do not have simple forms, thus calculation is performed by the application. You can find tumor estimated below appeared on CT scans of brain.

Slices

The brain slices. Tumor area was marked at each slice.

Example 1. Slices

Volume

All tumor areas were calculated, as well as volume of the tumor.

Example 1. Volume

Head 3D-model reconstruction

The aidScans is able to render 3D-models of objects. The head model you can see below was reconstructed using set of MRI slices. The model itself, points and outlines, was obtained by the aidReady library.

Example 2. Slices

170 head slices. Ones were received from a MRI tomograph.

Example 2. Slices

Example 2. Surface noise filtering

The head model was reconstructed using slices listed before.

Example 2. Surface noise filtering

Example 2. 3D Model

The head model was reconstructed using slices listed before.

Example 2. 3D Model

Example 2. 3D Model. Export to AutoCAD. Wireframe.

The head model was reconstructed using slices listed before.

Example 2. 3D Model. Export to AutoCAD. Wireframe.

Example 2. 3D Model. Export to AutoCAD.

The head model was reconstructed using slices listed before.

Example 2. 3D Model. Export to AutoCAD.

Video Examples