Methodology for designing, manufacturing and integration of personalized spinal implants for surgical treatment of the cervical spine

Innovations of the modern neurosurgery and tissue engineering also has led to development of methodology for designing, manufacturing and integration of spinal personalized implants. The purpose of these personalized implants is to perfectly match the needs and anatomical features of the particular patient and therefore it is a way to create better conditions for functional recovery, and overall improve treatment. In the whole process from MRI scanning to designing, developing and integrating the implant were involved a group of specialists-engineers and neurosurgeons. First step of the process is to make a 3D model from the CT file of the spine using MIMICS Medical software. The next step is to design a model of the personalized implant in 3D matching to the person's spine, which could be done in 3-Matic. Another step is adjusting the implant to the personal case. The development of the implant is the next step although every case is different and requires unique decisions about the size and the form of the implant. Various biocompatible materials and shapes of implants exist. The final step is the implementation of the implant by neurosurgeons. The aim of the innovations is to inculcate the methodology and moreover to make the process more precise. The innovations will find direct application in the field of modern neurosurgery and will achieve not only treatment of the disease but also improvement of the quality of life of the patient. Achieving this goal will provide access to this type of high-tech treatment for a broad group of patients.