Posts
- 1. 2nd International SENSE Symposium, Friday 24th June, Early Morning Session
- 2. 2nd International SENSE Symposium, Friday 24th June, Late Morning Session
- 2020 NASS-Abstract, accepted to be published in The Spine Journal
- 3. 2nd International SENSE Symposium, Friday 24th June, Afternoon Session
- Abstract accepted to the DWG 2020 – the 15th German Spine Society Congress, and to be published in The European Spine Journal
- Abstract supporting Neo Force Control Technique presented at EUROSPINE 2022 by PD Dr. K Kafchitsas.
- Augmented Reality-Supported Rod Bending in Multilevel Spinal Fusion Using the ADVISE Software.
- Collection of Abstracts SENSE 1st International Spine Expert Symposium
- Collection of Abstracts SENSE 2nd International Spine Expert Symposium
- Cully start-up reinvents back surgery tools
- Do reduction and tightening of the screw-rod construct affect pedicle screw anchorage? Abstract published in European Spine J, and presented at the DWG 2022 – the 17th German Spine Society Congress
- Does the interfacing angle between pedicle screws and support rods affect clinical outcomes after posterior thoracolumbar fusion? A retrospective clinical study.
- Dr. A. Mesiwala – Making data-driven decisions in spinal surgery
- Dr. K. Kafchitsas – The impact of surgical fixation technique on pedicle screw anchorage
- Dr. L. Boissière – Force Control techniques and technologies applied in complex deformity corrections
- Dr. M. Scholz – Benefits of preoperative planning in degenerative indications
- Dr. P. Nunley – From Fusion to Functional Fusion
- Dr. P. Weidle – Controlling forces in trauma indications: How to get the best of the technique
- Dr. V. Mehta – ADVISE™ Augmented technology platform: A clinical perspective
- Evaluation of the reduction, tightening and gripping performance of an innovative set screw technology for instrumented posterior lumbar fusion: A biomechanical study
- Is This a New Era of Innovation in Spine?
- Life cycle assessment of a disposable and a reusable surgery instrument set for spinal fusion surgeries
- Misaligned spinal rods can induce high internal forces consistent with those observed to cause screw pullout and disc degeneration
- NASS 2020
- Neo ADVISE – Surgeon Insights
- Neo Medical closes Swisscom Ventures-lead USD $20.6M financing round
- NEO MEDICAL is once again featured in a powerful new publication, showing Neo’s innovative set screw tightening technology supports controlled fixation with the aim to reduce implant loosening, hardware failure and reoperations.
- Neo Medical Secures Landmark Equity Investment of $68 million to Accelerate Global Growth in Spine Surgery
- Neo Medical’s spine care platform fully approved under EU Medical Device Regulation
- New approaches to proven technology: Force control posterior thoracolumbar fusion with an innovative pedicle screw system
- New study published: Findings show Neo Force Control technology delivers significantly lower screw loosening rates
- Orthofix and Neo Medical Announce Partnership to Develop and Market Single-Use Spinal Solutions Focused on Improving Patient Outcomes
- Prof. D. Noriega – How forced fixation affects patients’ clinical outcomes
- Prof. P. Kobbe – MIS deformity correction using disruptive, AI-driven, augmented reality technology: Early clinical experiences
- Reducing the Footprint of Spinal Fusion
- Research showing how current reduction methods are impacting negatively the natural biomechanics and alignment of the spine.
- Study Confirms Significant Clinical Benefit of Neo Medical’s Force Control Technology in Spinal Fusion Surgery
- Study shows reduced operating time and cost per case using Neo Medical’s pedicle screw system
- Swiss Medtech Neo Medical Raises CHF 13.2M
- The next step: Poland’s first SENSE symposium
- Value based healthcare: Maximizing efficacy and managing risk with spinal implant technology