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Magnetic resonance signal

Molecular classification: Other (physical phenomenon)

Overview

The magnetic resonance signal is a physical signal detected in MRI, arising from the response of atomic nuclei (typically hydrogen protons) to applied magnetic fields and radiofrequency pulses. The strength and properties of this signal depend on local proton density, tissue environment, and relaxation characteristics (T1, T2), which are processed to generate detailed images of the body's internal structures[1][3][5][9][10]. This signal is fundamental to the operation of MRI, providing contrast and spatial information but is not itself a molecule, receptor, or druggable biological target; rather, it is a measurable property used for diagnostic imaging.

Other names: magnetic resonance imaging signalMRI signalNMR signal

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