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Background: A treatment algorithm and screening examination have been developed to guide patient management and prospectively determine potential for highly active individuals to succeed with nonoperative care after anterior cruciate ligament rupture.

Objective: To prospectively characterize and classify the entire population of highly active individuals over a 10-year period and provide final outcomes for individuals who elected nonoperative care.

Methods: Inclusion criteria included presentation within 7 months of the index injury and an International Knee Documentation Committee level I or II activity level before injury. Concomitant injury, unresolved impairments, and a screening examination were used as criteria to guide management and classify individuals as noncopers (poor potential) or potential copers (good potential) for nonoperative care.

Results: A total of 832 highly active patients with subacute anterior cruciate ligament tears were seen over the 10-year period; 315 had concomitant injuries, 87 had unresolved impairments, and 85 did not participate in the classification algorithm. The remaining 345 patients (216 men, 129 women) participated in the screening examination a mean of 6 weeks after the index injury. There were 199 subjects classified as noncopers and 146 as potential copers. Sixty-three of 88 potential copers successfully returned to preinjury activities without surgery, with 25 of these patients not undergoing anterior cruciate ligament reconstruction at the time of follow-up.

Conclusion: The classification algorithm is an effective tool for prospectively identifying individuals early after anterior cruciate ligament injury who want to pursue nonoperative care or must delay surgical intervention and have good potential to do so.



NAVIGATION


         

 

Background: A randomized controlled study has shown good clinical results after treatment with sclerosing injections into the area with neovessels in patients with patellar tendinopathy, but no study has investigated medium- or long-term outcomes.

Purpose: This study investigates the effect of sclerosing treatment 44 months (range, 42-47 months) after start of treatment.

Study Design: Case series; Level of evidence, 4.

Methods: Patients with a diagnosis of jumper’s knee and neovascularization corresponding to the painful area were recruited and treated with ultrasound-guided sclerosing injections using polidocanol. Primary outcome was Victorian Institute of Sport Assessment (VISA) score, which was recorded before the start of treatment, after 12 months, and 44 months after the start of the study period.

Results: Twelve of the 29 patients (14 tendons) who were followed up at 44 months had undergone arthroscopic surgery after sclerosing treatment, either to the patellar tendon (n = 6) or for other intra-articular lesions (n = 8). For patients who did not receive additional treatment after the sclerosing injections (n = 23 tendons), VISA score was 55 (range, 28-71) at baseline and 81 (range, 39-100) at 12-month follow-up (P < .001 vs baseline).Their VISA score at 44 months’ follow-up was 89 (range, 73-100; P = .047 vs 12 months). For patients who went through arthroscopic tendon surgery, VISA score was 53 (range, 39-71) at baseline and 71 before surgery (range, 48-98; P = .14 vs baseline). Their VISA score at 44 months was 91 (range, 76-100; P = .0.16 vs 12 months; P = .005 vs baseline). For patients who went through non–tendon surgery, VISA score was 45 (range, 15-69) at baseline and 57 (range, 32-95) before surgery (P = .29 vs baseline). Their VISA score at 44 months was 92 (range, 72-100; P = .006 vs before surgery; P < .001 vs baseline).

Conclusion: Sclerosing treatment with polidocanol was effective for the majority of the patients. Nevertheless, one-third elected to seek additional treatment through arthroscopic surgery during the 44-month follow-up period.




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