What's the difference between MEG, MRI or EEG? Because it detects the tiny magnetic fields generated by electromagnetic activity within neurons, MEG data is used to precisely determine the parts of the brain that are functionally active at a particular point in time. This is different from an MRI, which only collects structural information to create images of the brain. When compared to EEGs which do not map the brain, MEG provides much more spatially accurate information. While MRIs, EEGs, PET and CTs differ from MEG, they are all important tools for neurological disorders. Information gathered from many different sources delivers clearer, more in-depth information. RICOH MEG can accurately superimpose data from many types of scans and display it in a single user interface to provide information and analysis capabilities about both the anatomy and function of the brain. https://www.ricoh-usa.com/en/industries/healthcare/what-is-meg-brain-scanner
RICOH's MEG brain scanner features: The ability to measure deep within the brain so you can detect and record brain activity down to the level of the hippocampus and hypothalamus. 160 superconducting sensors in the helmet detect and amplify magnetic fields generated by neurons up to 7 1/2 centimeters from the sensors. Coaxial gradiometer sensors reduce magnetic interference and advanced algorithms filter out noise so signals of interest can be easily identified.
Brands:RICOH MEG brain scanner: Magnetoencephalography, commonly known as MEG scan, is a non-invasive brain imaging technology that uncovers mysteries within the brain.