k Advanced MRI brain scan Advanced MRI brain scan. This 3D magnetic resonance imaging MRI scan of a normal human brain has been produced by the 3T MRI scanner at Neurospin, one of the most advanced MRI research centres in the world. The front of the brain is at left. This image highlights the brains sulci folds. These external folds increase the surface area of the brain, increasing its capacity. Neurospin has 3T and 7T scanners. The T designations refer to the magnetic field strengths of 3 Tesla and 7 Tesla. These are extremely strong magnetic fields, and hence this technique is known as ultra highfield magnetic resonance imaging. The high magnetic field strength allows detailed examination of the brain and brain disorders. Neurospin was founded in 2006, and is located near Paris, France. Stock Photo - Afloimages
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Advanced MRI brain scan Advanced MRI brain scan. This 3D magnetic resonance imaging  MRI  scan of a normal human brain has been produced by the 3T MRI scanner at Neurospin, one of the most advanced MRI research centres in the world. The front of the brain is at left. This image highlights the brain s sulci  folds . These external folds increase the surface area of the brain, increasing its capacity. Neurospin has 3T and 7T scanners. The  T  designations refer to the magnetic field strengths of 3 Tesla and 7 Tesla. These are extremely strong magnetic fields, and hence this technique is known as ultra high field magnetic resonance imaging. The high magnetic field strength allows detailed examination of the brain and brain disorders. Neurospin was founded in 2006, and is located near Paris, France.
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Advanced MRI brain scan

Advanced MRI brain scan. This 3D magnetic resonance imaging (MRI) scan of a normal human brain has been produced by the 3T MRI scanner at Neurospin, one of the most advanced MRI research centres in the world. The front of the brain is at left. This image highlights the brain's sulci (folds). These external folds increase the surface area of the brain, increasing its capacity. Neurospin has 3T and 7T scanners. The 'T' designations refer to the magnetic field strengths of 3 Tesla and 7 Tesla. These are extremely strong magnetic fields, and hence this technique is known as ultra high-field magnetic resonance imaging. The high magnetic field strength allows detailed examination of the brain and brain disorders. Neurospin was founded in 2006, and is located near Paris, France.

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