Researchers at Georgia Tech have developed a groundbreaking 3D-printed tracheal splint that is significantly improving the respiratory health of children born with tracheomalacia, a rare condition where the windpipe walls are weak and collapse, leading to breathing difficulties.
This innovative device is made from bioabsorbable materials and functions similarly to a splint used for bones, providing structural support to the trachea. Over time, as the child's cartilage develops, the splint is naturally absorbed by the body.
In a recent case, 4-year-old Justice Altidore, who was born with tracheomalacia, received a custom tracheal splint through an FDA-approved expanded access trial. The results have been remarkable, with Justice now able to engage in activities typical for her age, such as attending preschool with enthusiasm.
This advancement represents a significant step forward in pediatric respiratory care, offering a less invasive and more effective alternative to traditional treatments for tracheomalacia. The collaboration between Georgia Tech and Children's Healthcare of Atlanta underscores the potential of combining engineering innovation with medical expertise to address complex health challenges.
Edited by Ansh Pincha
Source: The Atlanta Journal Constitution "Children with rare birth defect are breathing easier with device made at Georgia Tech" "https://www.ajc.com/news/health-news/children-with-rare-birth-defect-are-breathing-easier-with-device-made-at-georgia-tech/SZMB3J4YLNE4JH53KMAE32ECE4/" 07/25/2024.
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