UEA researchers create interactive 4D images of the heart
Running diagnostics for patients with heart disease could soon be easier and faster thanks to a new technique developed by scientists that creates interactive 4D flow images of their hearts.
A team of researchers at the University of East Anglia (UEA) used MRI scans to create the images, mixing motion pictures and physical effects - creating a digital model of a heart that can monitor conditions inside the organ.
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The render can be completed in around six-to-eight minutes and can monitor blood flow inside the heart accurately and precisely.
The image provides a glimpse of the heart valves and the flow inside the heart in three dimensions, helping doctors determine the best course of treatment for patients.
It was first trialled on 50 cardiology patients in Norfolk and Sheffield, in the hopes that it could revolutionise how heart disease is treated.
“Heart failure is a dreadful condition resulting from rising pressures inside the heart. The best method to diagnose heart failure is by invasive assessment, which is not preferred as it has risks", said Dr Pankaj Garg, from UEA's Norwich Medical School and the lead author of the study.
“An ultrasound scan of the heart called echocardiography is routinely used to measure the peak velocity of blood flow through the mitral valve of the heart".
He described the methods used in the study as the "cutting-edge" of flow assessment that allows doctors to monitor the heart in "three directions" and "four dimensions".
“We applied automated methods to hunt for the peak velocity in the chamber of the heart and showed that it is similar to echocardiography assessment, but with much greater precision", he added.
Patients with suspected heart failure were assessed using both echocardiography and the new advanced 4D flow heart MRI for the trials.
Some of the software used in the flow image - primarily the blood flow measure - was developed by Netherlands-based Pie Medical Imaging.
“This work is very important because the heart’s inability to relax leads to a rise in pressures inside the heart, and this causes heart failure with preserved ejection fraction", Dr Garg continued.
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“Peak velocity of the blood flow inside the heart is a very important assessment for patients, and our findings show that by using a state-of-the-art 4D flow MRI imaging, we can do this accurately and with a high degree of repeatability.
“This advanced imaging offers an alternative to ultrasound methods and may even be better than ultrasound in the future.”
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