Linked from

The 175 pages that link to Magnetic resonance imaging, each with the reason it gives.

• Magnetic fieldBroader topic: It uses controlled fields to manipulate and detect nuclear spin signals.

• Medical imagingBroader topic: Its tissue-sensitive signals reveal soft-tissue anatomy without ionizing radiation.

• Nuclear magnetic resonanceBroader topic: It encodes spatial position into NMR signals to map tissues noninvasively.

• AnatomyBroader topic: MRI distinguishes soft-tissue anatomy in living bodies.

• SpinBroader topic: It turns controlled nuclear-spin measurements into anatomical images.

• Nuclear spinBroader topic: It detects signals from nuclear spins, usually those of hydrogen nuclei in water and fat.

• MagnetismBroader topic: It exploits nuclear magnetic behavior to create images of soft tissue.

• PhilipsBroader topic: Philips manufactures MRI systems for clinical imaging.

• Image reconstructionBroader topic: Its measurements are often reconstructed from incomplete samples in spatial-frequency space.

• Larmor precessionBroader topic: MRI spatially encodes the precession frequencies of hydrogen nuclei.

• Medical physicsBroader topic: Its scanner design and signal formation rely on electromagnetic physics.

• Gyromagnetic ratioBroader topic: Hydrogen’s gyromagnetic ratio helps determine the frequencies and spatial encoding of MRI signals.

• Bone tumorBroader topic: MRI commonly assesses how far a suspected tumor extends through bone and soft tissue.

• Isidor RabiBroader topic: MRI ultimately draws on nuclear resonance, though it developed through later advances beyond Rabi’s beam experiments.

• Edward Mills PurcellBroader topic: MRI is a major medical application of the nuclear resonance phenomenon Purcell helped uncover.

• Magnetic resonanceBroader topic: It converts spatially varying resonance signals into images of internal anatomy.

• Engineering physicsBroader topic: Its scanners apply electromagnetic physics, signal processing, and precision instrumentation.

• Magnetic systemsBroader topic: Its field-and-spin system turns magnetic responses into anatomical images.

• Magnetic techniquesBroader topic: It turns magnetic resonance into detailed images of soft tissue without ionizing radiation.