April 5th, 2017
The surgical teams assembled to operate on Mayo Clinic's most complex patients lately have begun to consist of more than living, breathing members. The new recruits are usually small enough to hold in your hand, and they don't say a word. But the information conveyed by these 3D anatomical printed models is helping surgeons plan and navigate the trickiest of procedures.
In late 2016, Mayo Clinic thoracic surgeon Mark Allen, M.D. was part of a surgical team that used a 3D printed model to help them prepare to remove a rare, intrusive pancoast tumor. The tumor had grown in the chest of a patient, between his ribs and among the vessels just above his lungs.
January 20th, 2016
Michael Slag holds in his hands a tumor – or rather a 3-D print of the actual tumor that is growing at the top of his right lung. Doctors are using the 3-D printed model to aid them in planning the complex surgery to remove Michael’s tumor.
Mayo Clinic doctors diagnosed Michael with a rare form of lung cancer known as Pancoast tumor, a condition so rare that Mayo Clinic has only seen 60 cases in the past 20 years. Read the rest of this entry »
October 30th, 2015
The circumstances around her birth, however, were not as serene.
At her 20-week ultrasound, Caitlin learned her baby's heart was not where it was supposed to be and that it had developed outside of the chest wall. The condition, called ectopia cordis, is "one of the, if not the, most rare congenital heart defects,” according to Joseph Dearani, M.D., a Mayo Clinic pediatric cardiac surgeon.
“We didn’t have any idea that anything like that could happen," says Caitlin. "It was scary. The odds were stacked against her.” Read the rest of this entry »
Tags: Cardiac Surgery, congenital heart defect, Dr Joseph Dearani, Ectopia Cordis, Mayo Clinic Children's Center, 3D printing, Cardiology, Dr Carl Rose, Dr Christopher Moir, Dr Jane Matsumoto, Obstetrics, Pediatrics, Radiology