Cervical Total Disc Replacement Device Market Perspective by Comprehensive Analysis Growth Prediction to 2026

Cervical-Total-Disc-Replacement-Device-MarketMajor factor driving growth of the global cervical total disc replacement devices market is increasing prevalence of degenerative disc disorder and rise in aging population in the world. According data presented by American Academy of Orthopedic Surgeons in 2017, cervical radiculopathy (radiating pain from cervical disc degeneration), in which a compressed nerve initiates pain, numbness, or weakness in the neck and surrounding areas has an annual incidence of 107 in 100,000 for men and 64 in 100,000 for women in U.S. Cervical spondylitis also termed as osteoarthritis of cervical spine is also leading cause to drive the cervical total disc replacement devices market. Aging population is most vulnerable to cervical disk degeneration due worn out of disc with aging. Therefore aging population would drive the market during forecast period. According to statistics given by World Population prospect, globally there is more than 9 million people above age 60 which would increase to 1.3 billion by 2025.

Cervical total disc replacement devices is preferred in indications such as degenerative disc disorder etc. It is utilized in case there is no clinical improvement from pharmacological and physiotherapy intervention. There is another option against C-TDR which is traditionally used such as anterior cervical discectomy and fusion (ACDF). Cervical total disc replacement(C-TDR) carries advantage over the ACDF that it does not need use of bone graft therefore potential complications do not arise and there also less chances of failure. C-TDR also has low revision surgery rate.

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C-TDR preserves motion while acting as artificial disc in between two vertebrae. C-TDR comes with three designs such as constrained, semi constrained and unconstrained. They are made up of material such as stainless steel, cobalt, molybdenum and titanium. Biocompatible material such as PEEK are used in case metal over biocompatible type of C-TDR.

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