UNC Researchers Develop Technique to Reduce fMRI Acoustic Noise
A new fMRI acquisition method developed at the University of North Carolina reduces peak scan noise from levels exceeding 120 decibels.
A new fMRI acquisition method developed at the University of North Carolina reduces peak scan noise from levels exceeding 120 decibels.
The latest cochlear implant from MED-EL incorporates a “revolutionary design change” that allows the special internal magnet to rotate with the magnetic force from the MRI, making surgical removal of the magnet or a head wrap unnecessary.
This study’s novel use of artificial intelligence to understand brain structure underlying language development has broad reaching implications for children with developmental challenges.
Magnet displacement, pain and discomfort during magnetic resonance imaging (MRI) can be a risk for cochlear implant patients, according to a report published in JAMA Otolaryngology-Head & Neck Surgery. CI patients can have difficulties while undergoing an MRI because of exposure of the CI’s internal magnet to the strong electromagnetic field of MRI.
Read MoreExpanding on earlier research, Johns Hopkins researchers report that people with balance disorders or dizziness traceable to an inner-ear disturbance show distinctive abnormal eye movements when the affected ear is exposed to the strong pull of an MRI’s magnetic field.
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