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With their high level of detail, MRI and fMRI are often used to compare the brains of healthy individuals to the brains of individuals diagnosed with psychological disorders. This comparison helps determine what structural and functional differences exist between these populations.
MRI is a type of diagnostic test that can create detailed images of nearly every structure and organ inside the body. MRI uses magnets and radio waves to produce images on a computer. MRI does not use ionizing radiation. Images produced by an MRI scan can show organs, bones, muscles and blood vessels.
The MRI scan is a medical imaging procedure that uses a magnetic field and radio waves to take pictures of your bodys interior. It is used to investigate or diagnose conditions that affect soft tissue such as tumours or brain disorders.
Limitations. In particular, a few limitations of PC-MRI are of importance for the measured velocities: Partial volume effects (when a voxel contains the boundary between static and moving materials) can overestimate phase leading to inaccurate velocities at the interface between materials or tissues.
MRIs employ powerful magnets which produce a strong magnetic field that forces protons in the body to align with that field. When a radiofrequency current is then pulsed through the patient, the protons are stimulated, and spin out of equilibrium, straining against the pull of the magnetic field.
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MRI can detect abnormalities that might be obscured by bone with other imaging methods. fMRI enables the detection of abnormalities of the brain, as well as the assessment of the normal functional anatomy of the brain, which cannot be accomplished with other imaging techniques.
In the clinical practice, MRI has been confirmed as a docHub approach in the qualitative and quantitative diagnosis as well as in monitoring the treatment effect of diseases in diverse organs, such as brain, spine, head and neck, breast, liver, kidney, prostate, cervix, bones and joints, and so on.
With phase-contrast imaging, the MRI signal is used to visualize and quantify velocity. This imaging modality relies on phase data, which are intrinsic to all MRI signals. With use of bipolar gradients, degrees of phase shift are encoded and in turn correlated directly with the velocity of protons.

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