Cement-in-cement femoral revision is a proven technique in revision total hip arthroplasty, with excellent results reported using standard-sized Exeter stems. The Exeter 44/00/125 short revision stem was introduced in 2004 to facilitate cement-in-cement revision. The stem is 25-mm shorter and has a slimmer body than standard stems to facilitate adjustment of depth of insertion and stem version. It is not known if this change in stem size affects its long-term performance. We therefore reviewed the outcome of all Exeter short revision stems used for cement-in-cement revision in our unit, with a minimum of 5 years of follow-up.Accepted manuscript 12 month embarg
The use of primary cementless stems in femoral revision has gained popularity, but no clear consensu...
Copyright © 2007 Elsevier Inc. All rights reserved.The clinical and radiographic outcomes of the cem...
We reviewed 142 consecutive primary total hip replacements implanted into 123 patients between 1988 ...
Cement-in-cement femoral revision is a proven technique in revision total hip arthroplasty, with exc...
Background: Cement-in-cement femoral revision is a proven technique in revision total hip arthroplas...
Item does not contain fulltextFemoral cement-in-cement revisions are attractive if the cement bone m...
Aims Cement-in-cement revision of the femoral component represents a widely practised technique for ...
Revision of a cemented femoral stem can be a challenging procedure. We present a series of cases uti...
Compared with primary total hip arthroplasty (THA), revision surgery can be challenging. The cement-...
Retention of well-fixed bone cement at the time of revision THA is appealing, as its removal can be ...
In this retrospective study, we investigated the results of revision total hip replacement (THR) usi...
The standard Exeter stem has a length of 150mm with offsets 37.5mm to 56mm. Shorter stems of lengths...
The standard Exeter stem has a length of 150mm with offsets 37.5mm to 56mm. Shorter stems of lengths...
The Exeter V40 femoral stem is the most implanted stem in the National Joint Registry (NJR) for prim...
Aims: In 2000, the Exeter femoral stem became available in the current V40 design. We report the res...
The use of primary cementless stems in femoral revision has gained popularity, but no clear consensu...
Copyright © 2007 Elsevier Inc. All rights reserved.The clinical and radiographic outcomes of the cem...
We reviewed 142 consecutive primary total hip replacements implanted into 123 patients between 1988 ...
Cement-in-cement femoral revision is a proven technique in revision total hip arthroplasty, with exc...
Background: Cement-in-cement femoral revision is a proven technique in revision total hip arthroplas...
Item does not contain fulltextFemoral cement-in-cement revisions are attractive if the cement bone m...
Aims Cement-in-cement revision of the femoral component represents a widely practised technique for ...
Revision of a cemented femoral stem can be a challenging procedure. We present a series of cases uti...
Compared with primary total hip arthroplasty (THA), revision surgery can be challenging. The cement-...
Retention of well-fixed bone cement at the time of revision THA is appealing, as its removal can be ...
In this retrospective study, we investigated the results of revision total hip replacement (THR) usi...
The standard Exeter stem has a length of 150mm with offsets 37.5mm to 56mm. Shorter stems of lengths...
The standard Exeter stem has a length of 150mm with offsets 37.5mm to 56mm. Shorter stems of lengths...
The Exeter V40 femoral stem is the most implanted stem in the National Joint Registry (NJR) for prim...
Aims: In 2000, the Exeter femoral stem became available in the current V40 design. We report the res...
The use of primary cementless stems in femoral revision has gained popularity, but no clear consensu...
Copyright © 2007 Elsevier Inc. All rights reserved.The clinical and radiographic outcomes of the cem...
We reviewed 142 consecutive primary total hip replacements implanted into 123 patients between 1988 ...