This systematic review of overlapping meta-analyses tackles a long-debated question: should shoulders move early or stay immobilized after rotator cuff repair? The authors pooled 7 meta-analyses (5896 patients) and ranked them by quality using QUOROM, Oxman-Guyatt, and the Jadad algorithm to find the best available evidence. The goal was to weigh range-of-motion gains against retear risk, not to pool raw patient data.
The practical takeaway is a trade-off you weigh at the time of surgery: early passive motion buys faster range of motion but costs healing security, while immobilization protects the repair but risks stiffness.
For small-to-medium tears (<3 cm) in patients under 65, the best-quality data (Chan, Riboh) show no meaningful difference in retear rate, so early passive motion is reasonable and speeds recovery. For large tears (3-5 cm), the signal points toward delayed motion to protect tendon-to-bone healing, though this rests on lower-quality evidence.
Remember that immobilization is not free: prolonged sling use causes stiffness, pain, and frustration. The honest bottom line is that this debate is not settled for high-risk patients. No high-quality study compares protocols in large-to-massive tears or patients over 65, so tailor timing to tear size and let the healing tendon dictate the pace.
This systematic review of overlapping meta-analyses tackles a long-debated question: should shoulders move early or stay immobilized after rotator cuff repair? The authors pooled 7 meta-analyses (5896 patients) and ranked them by quality using QUOROM, Oxman-Guyatt, and the Jadad algorithm to find the best available evidence. The goal was to weigh range-of-motion gains against retear risk, not to pool raw patient data.
The practical takeaway is a trade-off you weigh at the time of surgery: early passive motion buys faster range of motion but costs healing security, while immobilization protects the repair but risks stiffness.
For small-to-medium tears (<3 cm) in patients under 65, the best-quality data (Chan, Riboh) show no meaningful difference in retear rate, so early passive motion is reasonable and speeds recovery. For large tears (3-5 cm), the signal points toward delayed motion to protect tendon-to-bone healing, though this rests on lower-quality evidence.
Remember that immobilization is not free: prolonged sling use causes stiffness, pain, and frustration. The honest bottom line is that this debate is not settled for high-risk patients. No high-quality study compares protocols in large-to-massive tears or patients over 65, so tailor timing to tear size and let the healing tendon dictate the pace.