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Ennovate®
Scientific papers, case report, and articles
Abstract: As in the thoracic and lumbar spine, MIS techniques of the cervical spine strive to achieve results comparable to those of conventional procedures in terms of “target surgery”, while at the same time offering the advantages of less traumatizing “access surgery”. However, unlike in the thoracic and lumbar spine, MIS techniques on the cervical spine are predominantly used dorsally.
Read more on Thieme
Abstract:Body donation is in the basis of transplantation programs, founded on receptor and donor rights. Nevertheless, if the purpose is not directed to healthcare, the regulation is different both in live or deceased individuals. “Imaging techniques” generates digital files containing the “virtual body” of the patient, raising a new possibility: virtual body donation, which is not regulated in Spain and would not be compliant with legal requirements for other ways of donation.
Read more on ELSEVIERAbstract:Results from a combined experimental, micro-CT, and micro-finite element analysis – Anchorage of pedicle screw rod instrumentation in the elderly spine with poor bone quality remains challenging. Our study aims to evaluate how the screw bone anchorage is affected by screw design, bone quality, loading conditions, and cementing techniques.
Read more on Bone & Joint Research
Abstract:Anchorage of pedicle screw instrumentation in the elderly spine with poor bone quality remains challenging. In this study, micro finite element models were used to assess the specific influence of screw design and the relative contribution of local bone density to fixation mechanics. The implants discussed were Ennovate® pedicle screws. The very positive outcomes were published in the Journal of Biomechanics in December 2017 and are also available at ELSEVIER.
Read more on Journal of BiomechanicsIntroduction:Posterior dorsal instrumentation with pedicle screw rod systems is still the gold standard for spinal fusion procedures. The pedicle screw itself plays a major role for this stabilisation construct regarding bone anchorage and load bearing of the adjacent vertebrae. However pedicle screw failure is reported in the range of 3-7%. [1] The aim of this study was to increase the mechanical strength of a pedicle screw by stress optimisation of the thread screw design with respect to improve the endurance properties.
Read more on European Society of Biomechanics
Introduction:While pedicle screw rod instrumentation is still the gold standard for the treatment of a diverse range of spinal degenerative disorders, anchorage in the elderly spine with poor bone quality remains challenging. Yet, there are no models available to assess the specific influence of screw design parameters at the pedicle screw-bone-interface. In our study, we aimed to develop numerical micro finite element (µFE) models based on µCT scans to investigate the screw bone interface on a micro scale level.
Read more on Journal of BiomechanicsThe Ennovate® PentaCore® Screw is the new benchmark in the Pedicle Screw Systems market. Ennovate screws have a significantly higher pullout force, shear strength, and overall endurance than other screws currently available on the market, concludes a recently published study in the Journal of Biomechanics.
Read more on Spinal News International
With the philosophy of one screw, one system, one platform for all processes, the modular Ennovate® platform offers systemic, customised solutions for all indications and techniques. Presenting the results from an international study carried out in 95 spine centers, this paper published in Spine Journal 2017 examines and acknowledges the systemic solution offered by the Ennovate® platform.
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