University of California researchers are predicting the risk of transplant rejection by determining immune repertoire diversity. The researchers have determined that the greater the immune repertoire diversity prior to or after transplant, the more susceptible the patient is to transplant rejection.
Artificial intelligence and human health don’t stop with our general diagnostics, cardiology, neurology, and activity sectors. This sector covers AI/ML-centric advancements in auditory, dental, GI/hepatic, circulatory, immune, musculoskeletal, ocular, reproductive, respiratory, dermatological, urinary, rectal, and spectrometry related biotech.
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Artificial intelligence and human health don’t stop with our general diagnostics, cardiology, neurology, and activity sectors. This sector covers AI/ML-centric advancements in auditory, dental, GI/hepatic, circulatory, immune, musculoskeletal, ocular, reproductive, respiratory, dermatological, urinary, rectal, and spectrometry related biotech.