Israeli Hospital Pioneers Advanced Brain Surgery Tech for Infant Cleft Palate Repair
Translated & summarized from Makor Rishon by baba
Hadassah Ein Kerem Medical Center in Israel has successfully performed a novel cleft palate repair surgery on a one-year-old using advanced 4K, 3D imaging technology borrowed from neurosurgery. The procedure, a first in Israel, overcomes visibility challenges in infant mouths by projecting a magnified image onto a shared screen. The multidisciplinary team's collaboration resulted in a complete success, expanding treatment options for complex congenital conditions.
The story in 5 lines · by baba
- Hadassah Ein Kerem Medical Center performed Israel's first infant cleft palate repair using brain surgery imaging tech.
- The advanced 4K, 3D imaging system provides enhanced visualization in the confined surgical space.
- The technique was developed through collaboration between plastic surgeons, microsurgeons, and neurosurgeons.
- This innovative approach overcomes traditional visibility limitations faced in infant oral surgeries.
- The successful three-hour procedure was hailed as a significant advancement in pediatric surgical care.
Hadassah Ein Kerem Medical Center in Israel has performed a groundbreaking surgery to repair a cleft palate in a one-year-old toddler, utilizing technology adapted from brain and spine surgery. This innovative procedure, the first of its kind in Israel, employs a 4K, 3D imaging system that provides an enlarged, high-definition view of the surgical field.
The technique was developed through collaboration between plastic surgeons, microsurgeons, and neurosurgeons. The toddler, diagnosed with multiple congenital anomalies including a cleft palate at birth, underwent the procedure to correct an opening between the oral and nasal cavities. "Correcting the defect requires extreme surgical precision," explained Dr. Noam Armon, a plastic surgeon at Hadassah.
Traditionally, surgeons use magnifying loupes, but the confined space of an infant's mouth limits visibility. The new Exoscope system, championed by microsurgery specialist Dr. Yonatan Eliya, projects a sharp, 3D image onto a shared screen, eliminating the obstruction caused by the surgeon's hands and instruments. This allows for unprecedented visualization of delicate palate structures.
The successful three-hour surgery involved a multidisciplinary team, including Dr. Samuel Moscovici, Director of the Skull Base and Brain Surgery Unit, who assisted with the system's integration, and Dr. Shiran Katabi, a plastic surgery resident, who performed the surgery alongside Dr. Armon. Dr. Eliya also contributed his expertise with the system.
Dr. Armon expressed satisfaction with the outcome, noting it was a rare procedure performed globally. He highlighted the success as a testament to interdisciplinary cooperation and the adoption of advanced technologies to create innovative solutions for patients, even the youngest ones.