In Silico 3D Technologies in Spine Surgery: From Computational Modelling to Navigated Procedures
Tracks
Hybrid Room 3
| Thursday, September 16, 2021 |
| 10:40 - 12:10 |
| Hybrid Room 3 |
Speaker
Jennifer Fayad
Phd Student
University Of Bologna
Working together: surgeon and engineer for the patient-specific treatment of complicated spinal deformities
Mate Turbucz
PhD Student, Research Engineer
National Center For Spinal Disorders, Budapest
3D printing in spine surgery: application, feasibility, utility
Dr Enrico Dall'Ara
Associate Professor
The University Of Sheffield
Patient-specific models for the biomechanical assessment of unstable metastatic vertebrae
Agoston Pokorni
PhD Student, Research Engineer
National Center For Spinal Disorders, Budapest
Individual corpectomy cage designed using artificial intelligence can provide the best biomechanical outcome after total segment resection
Jerome Noailly
Principal Investigator Biomechanics & Mechanobiology
Universitat Pompeu Fabra (UPF)
In silico simulation of intervertebral disc degeneration process and its patient-specific consequences
Chloé Techens
PhD student
University of Bologna
Biomechanical evidence supports a new minimally invasive surgical treatment of advanced disc degeneration in elderly
Peter Eltes
spine surgeon
National Center For Spinal Disorders, Budapest
Minimally invasive lumbar stabilisation techniques are characterised by different local biomechanics
Moderator
Peter Eltes
spine surgeon
National Center For Spinal Disorders, Budapest
Aron Lazary
Deputy Director
National Center for Spinal Disorders
