> An infant with congenital heart disease was deteriorating at Lucile Packard Children's Hospital Stanford despite multiple open-heart surgeries. His heart was enlarged and not pumping properly, but traditional imaging couldn’t explain why.

    > A high-resolution MRI technique built on AI modeling revealed a subtle abnormality the other imaging couldn’t see. The surgeons quickly corrected it, and the child recovered.

    > “This diagnosis would have been nearly impossible without these new techniques,” said Michael Ma, MD, the baby’s surgeon and division chief of pediatric cardiac surgery.

    > The same technology is reshaping pediatric imaging in less dramatic but more routine ways every day. It reduces scan times from an hour to minutes, decreases reliance on anesthesia, shortens wait times, and, in cases like this one, reveals detail that older methods miss.

    > Congenital heart exams that once took more than an hour now finish in about 10 minutes. Some orthopedic and follow-up brain studies take as little as five.

    > For many children, that means avoiding anesthesia altogether.