Medical image processing method

Abstract

The invention relates to a medical image processing method which is characterized in that images formed by three-dimensional fast spin echo imaging collected by a magnetic resonance imaging system in the focus area of a patient and blood vessel images collected by a digital subtraction angiography machine are subjected to reconstruction, color inverting, cutting, 3D-3D fusion and 3D-2D registering through a post-processing work station of the digital subtraction angiography machine, so that three-dimensional blood vessel graphs can be overlapped on a real-time radio-fluoroscopic image. Therefore, by adopting the medical image processing method, real-time imaging guide can be performed during nerve involvement surgeries for blocked blood vessels, the near end and far end of the closed section of the blood vessel can be shown simultaneously through imaging, and physicians can clearly get known of conditions in the focus areas and further can perform operating better.

Description

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AI Technical Summary

Benefits of technology

This new technology uses different techniques such as combining magnetic resonance imaging (MRI), DSA or CT scans together into one composite picture called an enhanced view showing both arteries and veins near their blockage location. These pictures help healthcare professionals see how they have been blocked by plaque buildup over time better understanding what caused damage during treatment procedures.

Problems solved by technology

Technicians have been unable to accurately detect if there were any abrupt changes in the heart caused by strokes due to blockages like clots within blood vessels. Current medical procedures involve invasiveness, making them difficult to apply widely across all types of stroke cases without causing complications. There currently exist noninvasive therapy options including ultrasound waves, X ray fluoroscopy, laser Doppler angioangraphy, opthalmology, etc., while current technologies require multiple sessions before accurate results may be obtained.

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