Abstract

Aims and objectives: To measure the additional effect of platelet-rich plasma (PRP) on functional outcome of anterior cruciate ligament tear managed by augmenting anterior cruciate ligament (ACL) reconstruction with PRP.Methods: The present study was conducted on patients with ACL tear admitted in the department of orthopaedics, King George’s Medical University, Lucknow wherein a total of 70 subjects were assigned into two groups of 35 patients each randomly, viz Group 1 in which the patients were treated by quadruple hamstring graft alone and Group 2 in which the patients were treated with augmented hamstring graft with PRP. The standardized anterior drawer test, Lachman’s test, Lysholm knee score were quantified both preoperatively and postoperatively at different follow-ups and also tibial tunnel widening was measured postoperatively at different follow-ups.Result: The present study had 70 patients with ACL tears. The mean age of patients in non-PRP groups was 29.71 ±2.99 years while that in the PRP group was 28.34±4.32 years. On comparing the improvement in grades at pre-op, immediate postop, 6 weeks, and 3 months follow-ups, there was no statistically significant difference between the two groups. The tibial tunnel widening also showed no significant difference between the two groups.Conclusion: In our study, it was found that both the groups showed improvements in grades of anterior drawer test and Lachman’s test postoperatively but the difference between both the groups was not significant. Similarly, while comparing the improvements in Lysholm knee score and tibial tunnel widening among both the groups, the difference was not significant. Follow up of 3 months was a limiting factor in our study. This technique needs further clinical evaluation to assess the long-term results.

Highlights

  • An anterior cruciate ligament (ACL) tear is considered one of the most common injured ligament of the knee [1]

  • The tibial tunnel widening showed no significant difference between the two groups

  • Successful reconstruction of ACL requires an in-depth understanding of various factors: graft placement in normal anatomical place, mechanical properties of graft tissue, mechanical behaviour along with fixation strength of materials and the biological processes that occur during graft remodelling, maturation and incorporation [8-16]

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Summary

Introduction

An anterior cruciate ligament (ACL) tear is considered one of the most common injured ligament of the knee [1]. Tendon-bone healing is expected to play an important role in the strength achieved after ACL reconstruction. Slow tendon-bone interface healing delays the rehabilitation process. Methods that can speed up and improve tendon-bone interface healing are a matter of continued research, as they can help provide early rehabilitation and prevent failures of graft function. Platelet-rich plasma (PRP), in many studies, has shown to increase the injury response and help in the process of healing [16]. Animal and human in vitro and in vivo studies have shown three stages of graft healing after reconstruction of ACL: (i) early healing phase of the graft with central graft necrosis, hypocellularity and no evidence of revascularization in

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