3T MRI scans are scans done using twice the magnetic field strength. This is a physical difference. The stronger magnet allows us to see more information in the same time. So a 3T scan is simply twice as good, at least 4 times as fast and also delivers more radiofrequency RF energy during the scan. This means it sometimes feels warm inside the scanner. But to most patients this is a unimportant difference.
The true difference is the increased diagnostic capability of 3T MRI. For instance breast lesions are seen 100% at 3T but only 90% at 1.5T. In the case of MS we usually see 37% more lesions in the same patient with the same scans. However - we can sometimes see up to 300% more lesions. In my experience 3T MRI is superior to 1.5T MRI in most cases. We us 1.5T OPEN BORE MRI for our larger patients and claustrophobic patients but in most patients we find that 3T is superior to 1.5T.
We offer both to our patients and are one of the few facilities in the world that allows the patient to choose.
A CT scan is about $300 to $6750, while a MRI scan is $400 to $12,000.
no it is not possible to have an MRI scan because the dfibrillator is dirupted by magnets and that is what an MRI is, a giant magnet.
No there is no difference.
A bone scan, or x-ray is simply a different type of scan than an MRI. No kind of scan is better than another, it simply depends what the scan is trying to ascertain.
A PET scan shows what level / stage (if any) the cancer is at. An MRI scan doesn't do this, the reader, looks for abnormalities on the scan which shows up everything in the body.
No. It is not a treatment it is a scan. An MRI is a Magnetic Resonance Imaging. MRI are used for imaging tissues.
An MRI can be a way of diagnosing a person with epilepsy, but does not have any effect on epilepsy. It is just used to scan the brain.An MRI can be a way of diagnosing a person with epilepsy, but does not have any effect on epilepsy. It is just used to scan the brain.An MRI can be a way of diagnosing a person with epilepsy, but does not have any effect on epilepsy. It is just used to scan the brain.An MRI can be a way of diagnosing a person with epilepsy, but does not have any effect on epilepsy. It is just used to scan the brain.An MRI can be a way of diagnosing a person with epilepsy, but does not have any effect on epilepsy. It is just used to scan the brain.An MRI can be a way of diagnosing a person with epilepsy, but does not have any effect on epilepsy. It is just used to scan the brain.An MRI can be a way of diagnosing a person with epilepsy, but does not have any effect on epilepsy. It is just used to scan the brain.An MRI can be a way of diagnosing a person with epilepsy, but does not have any effect on epilepsy. It is just used to scan the brain.An MRI can be a way of diagnosing a person with epilepsy, but does not have any effect on epilepsy. It is just used to scan the brain.An MRI can be a way of diagnosing a person with epilepsy, but does not have any effect on epilepsy. It is just used to scan the brain.An MRI can be a way of diagnosing a person with epilepsy, but does not have any effect on epilepsy. It is just used to scan the brain.
Mri of the body... Or a cat scan of the head
MRIs == ==
It depends on what the problem with the elbow is. If it is a bone related injury then the CT scan will show more detail but if the problem is with the muscles or ligaments, then the MRI Scan will be more useful.
Magnetic resonance imaging.
no