Cleveland clinic researchers develop new test to predict adult heart failure

Want to cut down on your doctor visit for heart failure? The Cleveland Clinic has created a portable diagnostic and prognostic device that’s both affordable and simple to use. The new technology is currently available pre-loaded with the latest versions of multiple human genetic databases in addition to the genes for type 2 diabetes, cardiac arrhythmia and the Duke-NUS Medical School’s Cardiomyocytes. The combined data is available to anyone who registers their care via the kiosk at the hospital.

These programs can be database-based, meaning patients and doctors alike — and anyone who joins the registry at any point — can get targeted diagnosis and treatment depending on your needs, has your genetic profile as well as a specific genetic abnormality.

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We are thrilled to launch the technology, and intend to increase its availability to non-profit collaborators in a nd multiple geographic community. It’s a technology that really impacts the lives of future generations of health care workers, who will be able to benefit from having objective and pinpoint information about their patients’ condition.“

David Rosenberg, lead project scientist, Cleveland Clinic’s Hub, Institute for Translational Sciences, Department of Biomedical and Health Systems, and UC San Diego School of Medicine.

This is the latest in a series of new applications presented at the 2020 annual meeting of the Society of Nuclear Medicine & Particle Imaging and Translational Science, held Feb. 24-26 in Seattle. Many of the presentations were built on the designs of patents pending by the Center for Nuclear Medicine and Particle Imaging and Translational Science.

As noted in the U.S. Patent and Trademark Office website, the Rochester, Minnesota-based company credits its patent-free design and patent-unique positioning and stretchable bio-ink back to its own core DNA technology and is the first to create a magnetic sensing system with the ability to detect temperature or specific chemical processes within cells, which UCSD researchers found in their Cardiomyocytes paper. It builds on a distinctive, non-plastic, touchable, and lightweight platform with perfect dimensions for handling and conceiving.