MRT is the abbreviation for magnetic resonance imaging. It uses magnetic fields and radio waves to generate data that are translated into images. This allows the anatomy and function of organs and tissues of the human body to be depicted. An MRI of the heart is also known as cardio-MRI and represents a further development … Cardiological MRT
What do I need to know for a heart MRI? A magnetic resonance tomograph generates images of tissues and structures using a strong magnetic field. For this reason, no magnetic material whatsoever may be present in the room during the examination, since the switched-on device would immediately attract everything with great force. For safety reasons, … What do I need to know for a heart MRI? | Cardiological MRT
Costs of a MRI ́s from the heart The costs for an MRI examination of the heart are usually covered by the statutory health insurance. In recent years, it has even been shown that a cardio-MRI saves costs in the long term because unnecessary additional examinations can be omitted. For example, if an MRI is … Costs of a MRI ́s from the heart | Cardiological MRT
MRT Lung The lung is dark in the conventional MRI image and therefore cannot be displayed well. There are various research approaches to making an MRI examination of the lungs possible, for example by inhaling gases as a contrast medium. However, what MRI examinations of the chest area are routinely used for is the diagnosis … MRT Lung | Cardiological MRT
Contraindications Since metal objects are a danger because they are strongly attracted by the magnetic field, patients with a pacemaker must not normally have an MRI examination. An implanted defibrillator (ICD), an artificial inner ear (cochlea implant) or metallic artificial heart valves are also contraindications for performing an MRI, as is an insulin pump. Certain … Contraindications | MRI of the lung
Helium The helium used is polarized before application, which means that when the magnetic field is applied during the MRI examination, it also aligns itself to this field. This is the prerequisite for measuring the helium distribution afterwards. MRI images of the lungs with helium provide very precise information about how the air is distributed … Helium | MRI of the lung
General Magnetic resonance imaging (MRI) is also known as magnetic resonance imaging. It is an imaging procedure that produces sectional images of the region under investigation. In contrast to X-rays and computed tomography, the images in an MRI are not produced with the help of rays, but by means of very strong magnetic fields and … MRI of the lung
Preparation Before an MRI of the lungs is performed, an informative conversation is held with the physician, who explains the risks. Since the patient is not exposed to radiation, there are hardly any side effects during the examination. Only when contrast medium is administered may side effects occur, which the doctor will discuss with the … Preparation | MRI of the lung
