MRI technology
Magnetic diagnostic imaging
MRI technology uses powerful magnetic fields and radio waves to create detailed images of internal body structures.
Unlike X-rays or CT scans, MRI involves no ionizing radiation, making it safer for repeated use.
The technology excels at imaging soft tissues—brain, spinal cord, joints, organs—where other methods fall short.
The MRI revealed a torn ligament.
MRI stands for magnetic resonance imaging.
- magnetic fieldForce zone around magnets
- lie stillRemain prone and unmoving
- holding breathTemporarily stopping respiration
- neuroimagingVisualizing nervous system structure
- functional MRIBrain activity imaging technique
radiofrequency · resonance · superconducting magnet · soft tissue · medical imaging · real time · Tesla · cryogenics · cooling system · claustrophobia · open MRI · loud noises · metal detector · signal-to-noise ratio · brain scan · radiologist · bore · electromagnetic waves
- medical technologypacemakers, pacemaker, defibrillator, ventilator, X-ray
- nuclear applicationsnuclear medicine, nuclear power, nuclear reactors, radiation therapy, PET scans
- Space Spinoffsmemory foam, space blanket, thermal blankets, freeze-dried food, satellite navigation
- Superconductorssuperconductivity, zero resistance, Cooper, mixed state, superconducting magnet
MRI technologyCT scan
Tomographic diagnostic imaging
ultrasound · PET scan · radiography · fluoroscopy · mammography
MRI technologyphysical examination
Medical evaluation of body
palpation · auscultation · visual inspection · percussion · exploratory surgery
MRI technologyexploratory surgery
laparoscopy · endoscopy · colonoscopy · arthroscopy · catheterization
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