Objective： The present study aimed to review the characteristics and influencing factors of squeaking after ceramic-on-ceramic （CoC） total hip arthroplasty （THA） and to analyze the possible mechanisms of the audi...Objective： The present study aimed to review the characteristics and influencing factors of squeaking after ceramic-on-ceramic （CoC） total hip arthroplasty （THA） and to analyze the possible mechanisms of the audible noise. Data Sources： The data analyzed in this review were based on articles from PubMed and Web of Science. Study Selection： The articles selected for review were original articles and reviews found based on the following search terms： “total hip arthroplasty”, “ceramic-on-ceramic”, “hip squeaking”, and “hip noise.” Results： The mechanism of the squeaking remains unknown. The possible explanations included stripe wear, edge loading, a third body, fracture of the ceramic liner, and resonance of the prosthesis components. Squeaking occurrence is influenced by patient, surgical, and implant factors. Conclusions： Most studies indicated that squeaking after CoC THA was the consequence of increasing wear or impingement, caused by prosthesis design, patient characteristics, or surgical factors. However, as conflicts exist among different articles, the major reasons for the squeaking rernain to be identified.展开更多
文摘Objective： The present study aimed to review the characteristics and influencing factors of squeaking after ceramic-on-ceramic （CoC） total hip arthroplasty （THA） and to analyze the possible mechanisms of the audible noise. Data Sources： The data analyzed in this review were based on articles from PubMed and Web of Science. Study Selection： The articles selected for review were original articles and reviews found based on the following search terms： “total hip arthroplasty”, “ceramic-on-ceramic”, “hip squeaking”, and “hip noise.” Results： The mechanism of the squeaking remains unknown. The possible explanations included stripe wear, edge loading, a third body, fracture of the ceramic liner, and resonance of the prosthesis components. Squeaking occurrence is influenced by patient, surgical, and implant factors. Conclusions： Most studies indicated that squeaking after CoC THA was the consequence of increasing wear or impingement, caused by prosthesis design, patient characteristics, or surgical factors. However, as conflicts exist among different articles, the major reasons for the squeaking rernain to be identified.
