Imaging Quality will now be drastically enhanced and become cost- effective by the newly developed MRI Metamaterials

For clinicians to host the Magnetic resonance imaging (MRI) system they need rather expensive scanners and certain special facilities; which makes it difficult for hospitals everywhere to actually afford and maintain an MRI machine in their respective hospitals.

The good news is, that thank to new metamaterials that have been developed; things will get seamless very soon. Boston University has developed these metamaterials in order to the quality of MRI imaging. As a result of their efforts, cost effective MRIs might soon become a reality as they will facilitate lower power MRI scanners whose outcome quality will be the same as the quality of already existing more powerful devices.

Using powerful magnets could help improve the quality of MRI imaging; it is also a method that costs a lot. Therefore, a new approach was adopted by the team of researchers from the Boston University. The radio waved emitted by the patient’s body into the MRI machine became their focus, as they worked to improve its fidelity. For this purpose they devised a metamaterial device that can improve the quality of MRI imaging by simply being positioned next to the body part of the patient that needs imaging. The cost of manufacturing this metamaterial device amounts to $10 only. According to the team, apart from being so low in cost MRI scanners which will due to their low cost become more accessible, but they will work faster and better as well.

It is important to understand that the high energy radio signals that are transmitted into the patient’s body by MRIs unfortunately trigger lower energy bursts in return. The power of this returning signal will increase due to the copper wired and plastic constituted new metamaterial; consequently improving the clarity of images too.

Another reason which makes imaging quality superior is that the device’s functionality is turned off during transmission of radio signals by the scanner; while once the transmission is completed, immediately the functionality is turned on, left to boost the return signal’s power.

Dr.James Robinson

Dr.James Robinson, MD, MS is an Associate Professor of Epidemiology and Medicine DescriptionThe Icahn School of Medicine at Mount Sinai is a private graduate medical school in Manhattan, New York City, where he serves as a founding co-Director of the Center for Drug Safety and Effectiveness. He is a practising general internist and pharmacoepidemiologist and is internationally recognised for his research examining prescription drug utilisation. Dr.James Robinson is the author of over a hundred scientific articles and book chapters, is a frequent speaker on health care issues and has served on numerous editorial and advisory boards. Email Id:

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