When planning the repair of a complicated heart defect, surgeons turned to 3D printing. Using a life-sized model created from the patient’s MRI data, the surgical team was able to shorten the length of the surgery, while also eliminating the need for multiple surgeries that otherwise would have been required.
Surgical planning is an important part of patient care. Often surgeons rely on MRI, computed tomography (CT), or other forms of imaging to develop an understanding of the patient’s anatomy and disease. Examining two-dimensional (2D) images requires the surgeon to form an image in their mind’s eye, which may not be completely accurate. It is also possible to generate 3D images, which provides another level of detail. However, even 3D images may not capture certain defects.
When confronted with an unusual congenital heart defect, surgeons from the Children’s Hospital of Los Angeles (CHLA) decided to move beyond diagnostic imaging, according to a recent press release issued by the hospital. They used 2D and 3D MRI scans from the young patient, Esther Perez, to generate a 3D-printed model of her heart. By studying the model before the procedure, cardiac surgeon Richard Kim, M.D., was able to more accurately plan, thus streamlining the surgery.
“Instead of opening the chest and making a decision about how to proceed, I could immediately begin fixing the problem,” Kim, who is also an assistant professor at the Keck School of Medicine of the University of Southern California, said in the release. “A 3D model allowed me to plan the surgery in advance, which meant Esther spent less time in surgery and received less anesthesia, making the procedure safer.”
The enhanced surgical planning enabled by the 3D-printed heart provided led to greatly improved outcomes for Perez. Instead of needing multiple surgeries during the first year of her life and spending countless days in the intensive care unit, she was able to rapidly recover from her single surgery.