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New Super Elastic Springs Revolutionize Skull Surgery
8 Sep
Summary
- Advanced nitinol springs offer a less invasive alternative to traditional methods.
- These custom-designed springs adapt naturally to a child's growing skull.
- The new technology aims to reduce the need for longer, more invasive operations.
Groundbreaking advancements in pediatric neurosurgery are offering a less invasive approach to skull reshaping for infants. Experts at Great Ormond Street Hospital (GOSH) and University College London (UCL) have pioneered the use of "super elastic" nitinol springs, a novel material composed of nickel and titanium alloy. These specially designed springs are now being used in place of traditional stainless steel ones.
The new nitinol springs are custom-engineered for each patient, leveraging their unique "super elastic properties" to naturally accommodate a child's developing skull. This innovative technology allows for gradual reshaping over several weeks to months before removal.
This evolution in treatment is expected to significantly reduce the necessity for longer, more invasive surgical procedures. Furthermore, the adoption of these advanced springs is anticipated to lead to a decrease in blood transfusion rates among young patients undergoing skull correction. Rory was among the first to benefit from this cutting-edge nitinol technology due to the severity of his condition.
