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Surgical use of PRP in arthroscopic rotator cuff repair |
Author | Evidence | PRP formulation | Surgical technique | Number of patients | Comments |
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Randelli et al. (2011) [5] | Level 1 Randomized controlled | Injectable PRP (GPS system) | Single row | 53 | Better clinical outcomes at 3 mo; better clinical outcomes at 12, 24 months for smaller tears with PRP |
Ruiz-Moneo et al. (2013) [6] | Level 1 Randomized controlled | Injectable PRP (PRGF Endoret system) | Double row | 63 | No differences in rotator cuff healing or function at 1 year |
Antuña et al. (2013) [7] | Level 2 Randomized controlled | Injectable PRP (Vivostat system) | Single row | 28 | No differences in clinical outcomes and healing rate at 2 years |
Charousset et al. (2014) [8] | Level 3 Case control | Injectable PRP (GPS system) | Double row | 70 | No differences in cuff healing or function at 2 years A significant advantage for the L-PRP patients in terms of smaller iterative tears |
Gumina et al. (2012) [9] | Level 1 Randomized controlled | Suturable PRP (RegenKit-THT system) | Single row | 76 | Lower retear in the PRP group; no differences for clinical outcomes |
Jo et al. (2011) [10] | Level 2 Prospective cohort | Suturable PRP (COBE spectra system) | Transosseous equivalent | 42 | Trend for lower re-tearing in the PRP group; no differences for recovery and function |
Jo et al. (2013) [11] | Level 1 Randomized controlled | Suturable PRP (COBE spectra system) | Transosseous equivalent | 48 | Lower retear and function at 1 year in the PRP group |
Zumstein et al. (2014) [12] | Level 1 Randomized controlled | Suturable PRP (PRF process) | Transosseous equivalent | 20 | Increased vascularization for cuff tears with PRP |
Castricini et al. (2011) [13] | Level 1 Randomized controlled | Suturable PRP (Cascade system) | Double row | 88 | No difference for clinical outcomes at 16 months; better restoration of footprint in PRP group Lower retear using the chi-square test for binomial in Arnoczky [14] analysis |
Rodeo et al. (2012) [15] | Level 2 Randomized controlled | Suturable PRP (Cascade system) | Single OR double row/transosseous equivalent | 67 | No difference in tendon healing, tendon vascularity, and clinical scores at 1 year |
Barber et al. (2011) [16] | Level 3 Case-control study | Suturable PRP (Cascade system) | Single row | 40 | Lower retear in the PRP group; better healing for smaller tears with PRP |
Bergeson et al. (2012) [17] | Level 3 Cohort study | Suturable PRP (Cascade system) | Single or double row | 37 | Higher retear rate in patients with at-risk rotator cuff tears with PRFM; no difference in functional outcome scores Historical control group |
Weber et al. (2013) [18] | Level 1 Randomized controlled | Suturable PRP (Cascade system) | Single row | 60 | No difference in perioperative morbidity, clinical outcomes, or structural integrity |
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PRP injections for rotator cuff tendinopathy |
Author | Evidence | PRP intervention | Control intervention | Number of patients | Comments |
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Rha et al. (2013) [19] | Level 1 Randomized controlled | 2 PRP (3 mL) injections at a 4-week interval | 2 dry needling procedures at a 4-week interval | 39 | PRP was superior with respect to pain, function, and range of motion over a 6-month period |
Kesikburun et al. (2013) [20] | Level 1 Randomized controlled | 1 injection of PRP (5 mL) | 1 injection of saline solution (5 mL) | 40 | No difference for quality of life, pain, disability, and range of motion at 1 year |
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