Fusionless device for correcting spine deformity

This project has been secured to protect intellectual property.

The outcome of this project is to create a fusionless device to correct spinal deformity.

Project Overview

-Correct spine deformity (scoliosis) without fusing sections of the spine together while utilizing less invasive surgical techniques
-Current common practice incorporates screws and metal rods to hold the spine while fusing sections together
-Current devices provide linear solutions to a 3D problem
-Prevent spinal curvature in the sagittal plane while enabling movement in the coronal plane

Team Picture

Pictured: Jake Allen, Declan McHugh, Lauren Klein, Carmella Whittaker, Avery Lyons, and Jacob Cosnowsky

Contact Information

Team Members

Declan McHugh - Co-Team Leader
Jake Allen - Co-Team Leader
Carmella Whittaker - Communicator
Lauren Klein - BSAC
Avery Lyons - BWIG
Jacob Cosnowsky - BPAG

Advisor and Client

Prof. William Murphy - Advisor
Dr. Jeffrey Henstenburg - Client

Related Projects

Spring 2025: Fusionless device for correcting spine deformity
Fall 2024: Fusionless device for correcting spine deformity