Spinal implants

Millennium Research Group (2010a) US Market for Spinal Implants. MRG News (Jul.). [Pg.38]

Millennium Research Group (2012a) US Spinal Implant Market to Show Modest Growth to 5.5 Billion by 2016. MRG News (Sept. 12). [Pg.38]

Millennium Research Group (2012g) European Market for Spinal Implants to Grow Slowly to Value of 755 Million by 2016. MRG News (Jun. 18). [Pg.38]

Millennium Research Group (2013b) The US Spinal Implant Market Will Grow Modestly to 6.6 Billion by 2021. MRG News (Aug. 12). [Pg.38]

Kurtz, S.M. and Devine, J.N. (2007) PEEK biomaterials in trauma, orthopedic, and spinal implants. Biomaterials, 28 (32), 4845-4869. [Pg.240]

Hydroxylapatite plasma sprayed coatings have been used in total hip arthroplasties (Jaffe and Scott 1996), dental implants (Ong and Chan 1999), knee replacements, ankle arthroplasties (Zerahn et al. 2000), orthopaedic screws (Magyar et al. 1997), and spinal implants. The most widely used application is the femoral stem where 11 year clinical results show slightly better performance than cemented prostheses (Ravelin et al. 2000). [Pg.653]

Shirazi-Adl A, Parnianpour M (1993) Nonlinear response analysis of the human ligamentous lumbar spine in compression. Spine 18 147-158 Duffield RC, Carson WL, Chen LY, Voth B (1993) Longitudinal element size effect on load sharing, internal loads and fatigue life of tir-level spinal implant constructs. Spine 18 1695-1703... [Pg.74]

Poly(ether ether ketone) (PEEK), in various formulations, is found in a wide variety of applications as an alternative biomaterial to ceramic, metal and other polymer implants (such as UHMWPE). These applications include trauma fixation, as well as dental, orthopaedic and spinal implants and, as a result of ongoing research, the uses of PERK as a biomaterial continue to grow (Toth et al. 2006). Research conducted by Morrison et al. (1995) emphasised the biocompatibility of PEEK and its composites. This may mean that the probability of adverse tissue reactions induced by wear debris may be minimised through the use of PEEK as an implant material. [Pg.153]

Devito, D. P. et al. "Clinical acceptance and accuracy assessment of spinal implants guided with SpineAssist surgical robot Retrospective study." Spine 35.24 (2010) pp. 2109-2115. [Pg.115]

Implantable medical devices market (reconstructive joint replacemenfi spinal implants, cardiovascular implants, dental implants, intraocular lens and breast implants)— U.S. Industry analysis, size, share, trends, growth and forecast 2012-2018. Transparerwy market research. (2013). [Pg.292]

Orthopedics, and Depuy Co. In 2009, Medtronic Inc. (Minneapolis, United States) announced the production of Mastergrafl ceramic scaffolds for growing spinal implants that elute the corresponding drugs. SurMod-ics Inc. (Miimesota, United States) has reached certain success in surface modification and subsequent drug immobilization in the surface layer. However, OIs that meet all three above characteristics are practically still absent and will be the focus of innovative developments in this decade. [Pg.329]

Hallab NJ, Cunningham BW, Jacobs JJ. Spinal implant debris-induced osteolysis. Spine 2003 October 15 28(20) S125-38. [Pg.196]

This chapter provides an overview of the natural history of in vivo degradation in historical and contemporary polyethylene components for hip, knee, and spinal implants. This chapter also summarizes the test methods that are commonly used to evaluate implants for in vivo oxidation. [Pg.326]

ASTM. 2004. Standard test methods for spinal implant constructs in a vertebretomy model. [Pg.23]

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