FDA Clears MRI Software from Oxford Brain Diagnostics

Oxford Brain Diagnostics announced that the US FDA has granted 510(k) clearance for CDM Insights. Powered by the company’s Cortical Disarray Measurement (CDM) technology, CDM Insights provides a new and deeper understanding of the brain's microstructure from MRI scans. The FDA cleared CDM Insights software enables clinical brain assessment by trained healthcare practitioners evaluating patients with neurodegenerative disorders such as Alzheimer disease.

"We are setting the new standard for precise measurement of cortical microstructure. This is a significant step on our global mission of 'Rethinking Brain Health'," said Dr Steven Chance, CEO and Co-Founder of Oxford Brain Diagnostics. "Our technology empowers clinicians with the tools they need to detect subtle brain changes and to diagnose with confidence at an early stage. These insights also help patients gain a better understanding of the changes happening in their brains, addressing the uncertainty often experienced with the early signs of Alzheimer disease. Ultimately, this enables providers and carers to understand patient brain structure changes prior to symptom progression and improve patient outcomes."

CDM Insights includes new measurements of microstructure and cortical thickness previously not available on the US market, supporting clinicians to open the gateway into early detection of neurodegeneration in patients. As part of our standard delivery, the product will also provide macrostructural measures.

This all-in-one solution is cloud native, non-invasive and monitors brain changes in patients across the multiple stages of adult life. CDM Insights processes clinical MRI scan data from both 1.5T and 3T scanners and delivers outputs in the form of images and numerical values, usually presented as percentiles of a normative population distribution. CDM Insights will be available to all US healthcare facilities, intended for use by neurologists, radiologists, and other trained healthcare practitioners familiar with the post-processing of MR images.