| | APRIL 2025 9UTLOOKHealthcare Tech become a mainstay in modern emergency rooms. However, there are no pediatric-specific scanners. In fact, before the last decade, there was little discussion on how to adjust radiation doses in children to minimize long-term risks of malignancy while preserving imaging quality. Even with the most recent advances in CT technology that promise to freeze the motion of non-compliant patients and their rapidly beating hearts, the pediatric community is asked to crowd-source solutions to leverage the technology for their unique applications. I maintain that if innovation had been focused on meeting the specific needs of small, fast-moving patients from the outset, not only would our children receive better care with less need for sedation, but adults of all shapes and sizes would benefit from flexible, dynamic systems that can compensate for confused elders or distressed claustrophobes all while delivering beautiful images at low radiation doses.Magnetic resonance imaging is the most junior of the common imaging modalities and has become the gold standard for tissue characterization across many organs and diseases. A recent innovation has led to greater variety in field strength, faster gradients, and highly accelerated imaging. However, I routinely hit roadblocks to quality imaging in our youngest patients with fast heart rates and continue to require sedation and anesthesia to make MRI possible. Cardiac MRI is particularly appealing to pediatric patients who can benefit from non-invasive heart tissue characterization at no radiation cost. However, high-quality late gadolinium enhancement that is routinely performed in adults is extremely challenging in babies, who must often undergo more invasive testing. A dedicated community of pediatric and congenital imagers continues to push the boundaries of spatial and temporal resolution in the MRI realm with improved motion correction. However, progress could be dramatically accelerated if the global MR community focused on the needs of the pediatric population from the design phase rather than relying on back-end solutions.My request to the healthcare imaging field including vendors, engineers, and physicists is to not forget the little guys. Optimizing all modalities to meet the needs of our smallest patients will ultimately make for the most robust infrastructure to provide the highest quality of care to most patients, whether they are 3 months or 97 years old. This will, in turn, make the resulting infrastructure the most marketable to health systems of all shapes and sizes. Not only do children represent our future, but their imaging challenges stand to frame the future of medical innovation. HTEVEN WITH THE MOST RECENT ADVANCES IN CT TECHNOLOGY THAT PROMISE TO FREEZE THE MOTION OF NON-COMPLIANT PATIENTS AND THEIR RAPIDLY BEATING HEARTS, THE PEDIATRIC COMMUNITY IS ASKED TO CROWD-SOURCE SOLUTIONS TO LEVERAGE THE TECHNOLOGY FOR THEIR UNIQUE APPLICATIONS
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