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Magnetic Resonance Imaging MRI is able to image the structure of the brain, which changes in dementia, to a very high resolution. For example, a characteristic sign of Alzheimers disease is atrophy (shrinking) of a brain region called the hippocampus.
The National Institutes of Health (NIH) Magnetic Resonance Imaging (MRI) Study of Normal Brain Development is a landmark study in which structural and metabolic brain development and behavior are followed longitudinally from birth to young adulthood in a population-based sample of healthy children.
MR imaging is an important part of the comprehensive evaluation of children with developmental delay, as many specific aetiologic and pathophysiologic conditions that lead to developmental delay can be detected easily [1418].
An MRI of the brain can find abnormal growths, or an infection, and inflamed tissue. It can also diagnose brain injuries, and degenerative diseases, like Alzheimers or Parkinsons. One of the reasons why providers choose MRI scans is because they can help diagnose lots of different health conditions.
A six-minute MRI scan gives enough data for researchers to study how the brain develops, or to detect the loss of brain cells due to injury or illness. An MRI scan often generates an ocean of data, most of which is never used.
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Most commonly, clinicians and researchers use functional magnetic resonance imaging (fMRI) to measure brain activity via fluctuations in blood oxygen levels. However, a lot of vital brain activity information is lost using fMRI because blood oxygen levels take about six seconds to respond to a stimulus.
In the simplest terms, an abnormal brain MRI means that the scan does not show a healthy brain. The scanned image may show structural damages that may indicate injury but also lesions, inflammation, swelling, and bleeding.
Standard MRI cant see fluid that is moving, such as blood in an artery, and this creates flow voids that appear as black holes on the image.

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