Distal radius volar rim plate: Technical and radiographic considerations  

作　　者：Michelle Spiteri Darren Roberts Wayne Ng Jamie Matthews Dominic Power 

机构地区：[1]Hand Unit, Queen Elizabeth Hospital, Birmingham University Hospitals [2]Medical School, University of Birmingham

出　　处：《World Journal of Orthopedics》2017年第7期567-573,共7页世界骨科杂志（英文版）

摘　　要：AIM To determine technical considerations and radiographic outcomes of the Synthes volar rim distal radius plate to treat complex intra-articular fractures. METHODS This review highlights technical considerations learnt using this implant since it was introduced in a major trauma unit in November 2011, including anatomical reduction and whether this was maintained radiographically. RESULTS Twenty-six of the 382 internally fixed distal radial fractures at our unit(6.8%) were deemed to require this plate in order to achieve optimal fracture fixation between November 2011 and May 2014. A further dorsal and/or radial plate was necessary in 35% and variable angle screws were used in 54% of cases. Postoperatively, mean radial height, inclination, volar tilt and ulnar variance restored were 11.7 mm, 21o, 4.3o and-1.2 mm respectively. There were no cases of non-union or flexor/extensor tendon rupture; one case of loss of fracture reduction. Overall incidence of plate removal was 15% with one plate removed for flexor and one for extensor tendon irritation CONCLUSION The use of a rim plate enables control of challenging fardistal fracture patterns. However, additional plates were required to improve and maintain reduction. Variable angle screws were necessary in half the cases to avoid intra-articular screw penetration. If used judiciously, this implant can achieve stable fixation despite the complexity of the fracture pattern.AIM To determine technical considerations and radiographic outcomes of the Synthes volar rim distal radius plate to treat complex intra-articular fractures. METHODS This review highlights technical considerations learnt using this implant since it was introduced in a major trauma unit in November 2011, including anatomical reduction and whether this was maintained radiographically. RESULTS Twenty-six of the 382 internally fixed distal radial fractures at our unit(6.8%) were deemed to require this plate in order to achieve optimal fracture fixation between November 2011 and May 2014. A further dorsal and/or radial plate was necessary in 35% and variable angle screws were used in 54% of cases. Postoperatively, mean radial height, inclination, volar tilt and ulnar variance restored were 11.7 mm, 21o, 4.3o and-1.2 mm respectively. There were no cases of non-union or flexor/extensor tendon rupture; one case of loss of fracture reduction. Overall incidence of plate removal was 15% with one plate removed for flexor and one for extensor tendon irritation CONCLUSION The use of a rim plate enables control of challenging fardistal fracture patterns. However, additional plates were required to improve and maintain reduction. Variable angle screws were necessary in half the cases to avoid intra-articular screw penetration. If used judiciously, this implant can achieve stable fixation despite the complexity of the fracture pattern.

关 键 词：DISTAL RADIUS fractures VOLAR RIM PLATE VOLAR plating DISTAL RADIUS 

分 类 号：R687.3[医药卫生—骨科学]