To improve surgical outcomes for spina bifida repair—a birth defect affecting the spinal cord and leading to significant disability—a collaboration between OCAD University and the Ontario Fetal Centre (OFC) has resulted in the development of an innovative simulation model.
Researchers at OFC, in partnership with an OCAD University expert in medical simulation, created a highly detailed, life-like silicone model of a uterus and a fetus with spina bifida. Incorporating art and design in the medical field, the model is waterproof, can hold liquid and gas, and features a uterine wall strong enough to withstand puncturing and resealing, providing a realistic training model for surgeons.
The two-year design process involved extensive consultation with a multidisciplinary team, including engineers and medical experts, and was informed by MRI and CT scans for precise measurements. This advanced simulation model now allows surgeons to practice complex procedures in utero, reducing the risk of complications for both mother and baby during real surgeries. This breakthrough approach is enhancing the effectiveness and safety of spina bifida repairs, improving outcomes for many vulnerable patients.
For more information, visit OCAD University.
