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Northwestern University researchers have developed the first electronic device for continuously monitoring the health of transplanted organs in real time. Sitting directly on a transplanted kidney, the ultrathin, soft implant can detect temperature irregularities associated with inflammation and other body responses that arise with transplant rejection. Then, it alerts the patient or physician by wirelessly streaming data to a nearby smartphone or tablet. In a rat study, it detected rejection up to three times earlier than blood biomarkers and biopsies.

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Jenny Zhang ,Johna Rogers ,Surabhi Madhvapathy ,Joaquin Brieva ,Louis Simpson ,Method Of Research ,Querrey Simpson Institute For Bioelectronics ,Mccormick School Of Engineering ,Northwestern University Feinberg School Of Medicine ,National Science Foundation ,Northwestern University ,Lorenzo Gallon ,Northwestern Medicine ,Northwestern University Feinberg School ,Kimberly Querrey Professor ,Materials Science ,Biomedical Engineering ,Neurological Surgery ,Mccormick School ,Querrey Simpson Institute ,Alpha Omega Carolyn ,Student Research ,

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