Abstract

Introduction: The human forearm serves an important role in upper extremity function, facilitating placement of the hand in space, thus helping to provide the upper extremity with its unique mobility Fractures involving the bones of forearm present unique problem not encountered with fractures of other long bones.
 Objective: To evaluate and compare the outcomes of locking compression plate (LCP) with limited contact dynamic compression plate (LC-DCP) for the treatment of adult diaphyseal both bone forearm fractures.
 Material and Methods: This study conducted in the Department of orthopedics, Mymensingh Medical College Hospital, Mymensingh, Bangladesh from January 2018 to December 2020 included 20 patients with 40 fractures in each group. Patients were selected randomly to receive either LCP (20 patients, 40 fractures) or LC-DCP (20 patients, 40 fractures). Operative time, callus formation, functional outcome and complications were recorded.
 Results: Mean operative time did not differ significantly in the LCP and LC-DCP group (71.25 and 75.70 minutes respectively) .There was some difference in callus formation and mean time to bone union between the two groups which was significant. However, overall functional outcome did not differ significantly between both the groups. One case had delayed union in the (LC-DCP) group while one patient in each group developed superficial infection.
 Conclusion: In this prospective study comparing LCP with LC-DCP, the outcomes were equal in terms of final functional outcomes and mean operating time but LCP showed slight advantage in terms of callus formation and mean time to bone union.

Highlights

  • The human forearm serves an important role in upper extremity function, facilitating placement of the hand in space, helping to provide the upper extremity with its unique mobility

  • We conducted a prospective study on patients >18 years with closed or open type I and II, simple transverse or short oblique fractures of shaft of both bones of forearm (

  • Abundant callus formation was present in 4 cases, moderate in 6 cases and minimum in 3 cases and no callus formation was there in 7 cases in LCP group while in LCDCP group, abundant callus formation was seen in 2 cases, moderate in 3 cases and minimum in 2 cases and no callus formation was there in 13 cases

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Summary

Introduction

The human forearm serves an important role in upper extremity function, facilitating placement of the hand in space, helping to provide the upper extremity with its unique mobility. The presence of the proximal and distal radio ulnar joints allows pronation and supination and such movements are important to all of us in the usual activities of daily living. The forearm serves as the origin for muscles inserting on the hand. Fracture involving the bones of the forearm present unique problems not encountered with fractured of other long bones and may significantly affect the function of the upper limb.[1] Since radius and ulna articulate with one another at both distal and proximal end, the International Journal of Medical Science and Clinical Invention, vol 08, Issue 09, September 2021. Akter Hossain / “Comparing Locking Compression Plate with Limited Contact Dynamic Compression Plate For the Treatment of Adult Diaphyseal Both Bone Forearm Fractures”

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