RESULTS The meta- analysis did not reveal any effect of the type of acetabular component fixation on either survivorship or revision rate .
The preference for cementless acetabular components on the basis of improved survivorship is not supported by the published evidence .
Although concerns regarding aseptic loosening of cemented acetabular components may have led North American surgeons toward the nearly exclusive use of cementless acetabular components , the available literature suggests that the fixation of cemented acetabular components is more reliable than that of cementless components beyond the first postoperative decade
BACKGROUND The use of cementless acetabular components in total hip arthroplasty has gained popularity over the past decade .
Most total hip arthroplasties being performed in North America currently use cementless acetabular components .
The objective of this systematic review and meta- analysis was to compare the survivorship and revision rate of cemented and cementless acetabular components utilized in total hip arthroplasty .
No differences in outcomes between cemented and uncemented acetabular components after 12–14 years: results from a randomized controlled trial comparing Duraloc with Charnley cups
Background Even though there are multiple studies documenting the outcome of the Charnley low-friction arthroplasty as well as abundant studies on uncemented arthroplasties , there is a dearth of comparative studies of the uncemented acetabular component and a cemented component . In this study we aim ed to document the long-term clinical and radiographic outcome as well as component survival in a r and omized controlled trial . Material s and methods Two hundred fifteen patients ( 240 hips ) were r and omly allocated to receive a cemented Charnley cup or uncemented Duraloc 1200 cup . All patients received cemented Charnley stems and were evaluated clinical ly and radiographically after 6 months , and 2 , 5 , and 10 years . Results Harris Hip Scores improved from 48.3 [ 95 % confidence interval ( CI ) 45.0–51.6 ] to 90.2 [ 95 % CI 87.9–92.6 ] in the Charnley group and from 49.3 [ 95 % CI 86.9–91.3 ] in the Duraloc group at 6 months . After 10 years , the Charnley group ’s Harris Hip Score was 89.8 [ 95 % confidence interval ( CI ) 87.0–92.6 ] , and the Duraloc group ’s score was 87.3 ( 95 % CI 84.1–90.6 ) . In the radiographic analysis after 10 years , there was no statistical difference in the prevalence of radiographic signs of loosening . Nine cups were revised in the Charnley group , and five cups were removed in the Duraloc group . The difference was not statistically significant . There was no statistical difference between the cups when aseptic loosening was the end-point , nor in survival analyses . Conclusions There is no statistically significant difference in clinical or radiological outcome between the Charnley cup and the Duraloc after 10 years , and no difference in implant survival after 12–14 years . The uncemented Duraloc cup is as good as the cemented Charnley cup after 10 years
RESULTS The meta- analysis did not reveal any effect of the type of acetabular component fixation on either survivorship or revision rate .
The preference for cementless acetabular components on the basis of improved survivorship is not supported by the published evidence .
Although concerns regarding aseptic loosening of cemented acetabular components may have led North American surgeons toward the nearly exclusive use of cementless acetabular components , the available literature suggests that the fixation of cemented acetabular components is more reliable than that of cementless components beyond the first postoperative decade
BACKGROUND The use of cementless acetabular components in total hip arthroplasty has gained popularity over the past decade .
Most total hip arthroplasties being performed in North America currently use cementless acetabular components .
The objective of this systematic review and meta- analysis was to compare the survivorship and revision rate of cemented and cementless acetabular components utilized in total hip arthroplasty .