Unacceptable pain relief after hemiarthroplasty (HA) has limited its utilization for shoulder replacement. The material properties of pyrolytic carbon-graphite composites may result in less abrasion compared with metal bearing surfaces, theoretically decreasing glenoid-sided pain and erosion. This prospective, single-arm, multicenter study was performed to evaluate the short-term clinical outcomes and implant survivorship of pyrocarbon HA.
Pyrocarbon HA demonstrated favorable results at a short-term follow-up and improved outcomes compared with the propensity score subclassification-derived cobalt-chromium HA cohort.
Level of evidence: Therapeutic Level III . Copyright remains with the authors and publisher.
Unacceptable pain relief after hemiarthroplasty (HA) has limited its utilization for shoulder replacement. The material properties of pyrolytic carbon-graphite composites may result in less abrasion compared with metal bearing surfaces, theoretically decreasing glenoid-sided pain and erosion. This prospective, single-arm, multicenter study was performed to evaluate the short-term clinical outcomes and implant survivorship of pyrocarbon HA.
Pyrocarbon HA demonstrated favorable results at a short-term follow-up and improved outcomes compared with the propensity score subclassification-derived cobalt-chromium HA cohort.
Level of evidence: Therapeutic Level III . Copyright remains with the authors and publisher.