Welcome to the video section about Magnetic Resonance Imaging for Radiation Therapy. In this section, you will learn more about the functionality and advantages of MRI and its special use in Radiation Therapy (RT).
Watch the videos:
Why MRI in RT? – The clinical motivation
Recently there is a growing interest in the use of magnetic resonance imaging in radiation therapy. This is due to the many attractive features for radiation therapy that MRI has to offer.
What is MRI and how does it work? – Part 1
In this session you will learn about the basic principles of an MRI signal and the different ways it is acquired.
What is MRI and how does it work? – Part 2
Teaser description: In this advanced module about MRI and how it works, you can have a closer look at how the different contrasts can be obtained, and how the MR image is generated from the Free Induction Decay signals.
Challenges in MRI in RT
In this module you will learn more about the challenges and their solutions in MRI for radiation therapy and get a better understanding of the differences between MRI for diagnostic imaging and RT planning.
Solving the challenges of MR in RT: Signal, noise, distortion – 1.5T vs 3T
In this session, we focus on how the magnet and gradient design of an MRI system influences high resolution and low distortion combined with a large field of view as the key requirements for MR imaging in Radiation Therapy.
Solving the challenges of MR in RT: Gradients, RF system and coils
We will have a closer look at the gradient and Radio Frequency coils and how they can help to solve the specific challenges of using MRI in Radiation Therapy.
Solving the challenges of MR in RT: Sequences, incl. DWI, Perfusion, Spectroscopy
This session explains how the MR sequences and their special variants can help overcome the challenges faced when using MR imaging in Radiation Therapy.
Solving the challenges of MR in RT: QA for MR | MR Safety | MR Installation
Get to know more about how to ensure a consistent and high image quality, how a MR system is installed correctly and what kind of safety precautions need to be taken to ensure safe use of the system.