Magnetic Resonance Imaging (MRI) permits doctors to examine and see detailed images inside your body. This technique is a valuable tool that enhances diagnostic procedures when further investigation of a disease or physical condition is warranted. MRI is also used as a follow-up procedure following medical procedures. MRI technology is integrated with the use of magnets to arrive at an MRI Teslas strength. High resolution strengths offer clearer images, which then aid the diagnostic procedure. How then does higher-power Teslas strength affect your cochlear implant procedure? The answer lies in the use of Synchrony cochlear implants.
High-Power Conflicts That Develop With Cochlear Implants
Higher-power MRI does not always work for all cochlear procedures, and there is a perfectly good reason for this phenomenon. Some cochlear implants are simply not safe with the use of higher-power MRIs. A conflict may develop when the magnets from both technologies interact during your cochlear implant procedure.
Magnet May Move Or Become Dislodged
The implant may move out of place or the magnet could become dislodged. So what about using lower-power MRIs? That's not a good idea because lower-power MRI exams produce less resolution. The other option is to remove the magnet from your implant, which would require two surgical procedures. Along comes a new implant called the Synchrony cochlear implant, which prevents the problem of magnetic tugging.
Understanding The Science Of Magnetic Tugging
So you know that all magnets have two sides. Each side has a unique way of attracting other magnetic objects. The thing is that similar sides of magnets rebuff each other while the opposite sides attract objects. In the case of MRIs, each side of its magnet is affected by its magnetic field differently. This development may cause the magnetic field to pull the implant. Synchrony cochlear implants prevents magnetic field pulls.
Synchrony CI's Magnet
Synchrony cochlear implant is designed with a freely rotating magnet that isn't impacted by a high-power 3.0 Teslas MRI magnetic field. There is no magnetic tugging on the implant, and there's no risk of demagnetization taking place. You will have a successful cochlear implantation procedure outcome, which means your sense of hearing will be improved. Bear in mind that as you grow older, you may live a longer life. You may possibly lose your hearing quality. Some people experience a significant loss of hearing. Since MRI is being used for cochlear implantation, you can benefit from the integrating of both technologies by becoming a candidate for cochlear implantation surgery.
Contact a center like Omega Diagnostic Imaging PC for more information.Share
13 July 2016
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