Host Angela Olfast sits down with Dr. Marcus Bookland, Director of the Surgical Epilepsy Program and Co-Director of the Craniofacial Surgery Program, to trace how pediatric neurosurgery has changed over the course of his career. He describes a shift away from wide surgical exposures toward more precise, targeted approaches, and what that means for scar size, hospital stays, and family disruption.
Much of the conversation centers on craniosynostosis, a rare condition where the bones of an infant's skull fuse too early. Dr. Bookland explains why timing matters and how the team looked hard at the bottlenecks slowing kids down on the way to specialists. Their answer involved AI screening tools built around photos that a parent or provider can take, designed to help identify higher-risk babies faster.
He also talks through what minimally invasive care can mean in practical terms, from shorter procedures to going home sooner, and how virtual planning and 3D-printed guides help teams prepare before a child ever arrives. Connecticut Children's notes it is the only pediatric health system in the state offering minimally invasive surgery for craniosynostosis.
Looking ahead, Dr. Bookland shares why he sees AI as an accelerator for care, extending expertise through telemedicine so families can connect with specialists no matter how close they live to a major medical center. Press play to hear how innovation is reaching kids today. This episode is educational and is not medical advice; talk with your child's care team about any health concerns.