First in World Procedure was Planned using 3D Printed Model

At Henry Ford Health, Neurosurgeon Adam Robin, MD and radiation oncologist M. Salim Siddiqui, MD, PhD, teamed up to perform a first in the world procedure to implant Cs-131 radiation seeds (Gamma Tile) into the spine of a patient with recurrent and progressive colorectal cancer. This achievement is a technique to the power of meticulous planning and teamwork, which included Henry Ford Innovations (HFI).

The journey began with interdepartmental discussions focused on finding the best possible therapy for this complex patient, whose colorectal cancer had spread to the spine. With the support of Alexandra Moceri, HFI senior industrial designer and 3D printing program manager, the team 3D-printed the patient's anatomy. After that, Dr. Siddiqui’s team, led by radiation oncology physicist Jessie Huang-Vredevoogd, PhD, carefully simulated the radiation treatments to ensure optimal dosimetry and targeted radiation therapy. At the same time, physicist Tony Doemer, MS, collaborated with Dr. Robin to seamlessly integrate the 3D model into both the surgical strategy and the simulated radiation plans.

During the procedure Dr. Robin removed the patient’s tumor and implanted the Gamma Tiles with Dr. Siddiqui supervising the placement. The hope is this innovative technique will not only aid in the treatment of this patient’s disease but also prevent further loss of function.

“Our collaboration exemplifies how interdisciplinary teamwork can lead to groundbreaking treatments that may significantly improve patient outcomes,” said Dr. Siddiqui.

The success of this innovative approach has the potential to pave the way for future advancements in the treatment of spinal metastases. It highlights the essential roles that both neurosurgery and radiation oncology play in developing comprehensive, patient-centered therapies.

 

Note that our 3D printing services are exclusively available to Henry Ford Health professionals to support surgical planning and patient care. Requests from individuals or organizations outside the HFH system cannot be accommodated.