2005
DOI: 10.1197/j.jht.2005.01.007
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The Evolution of Early Mobilization of the Repaired Flexor Tendon

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Cited by 91 publications
(60 citation statements)
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References 127 publications
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“…Manipulation of the mechanical environment of healing tendon may exert a biologic effect through the mechanotransduction mechanism and holds promise for promoting a repair process that restores normal tendon structure and function. Clinical applications of mechanobiological principles following tendon injury form the basis of rehabilitation protocols [71][72][73] . Programs emphasizing tendon loading may be applied for the reversal of age and disuse-related tendon dysfunction, rehabilitation following tendon overuse injury, and in the development of postoperative physical therapy regimens that optimize healing and function following surgical repair.…”
Section: Clinical Applicationsmentioning
confidence: 99%
“…Manipulation of the mechanical environment of healing tendon may exert a biologic effect through the mechanotransduction mechanism and holds promise for promoting a repair process that restores normal tendon structure and function. Clinical applications of mechanobiological principles following tendon injury form the basis of rehabilitation protocols [71][72][73] . Programs emphasizing tendon loading may be applied for the reversal of age and disuse-related tendon dysfunction, rehabilitation following tendon overuse injury, and in the development of postoperative physical therapy regimens that optimize healing and function following surgical repair.…”
Section: Clinical Applicationsmentioning
confidence: 99%
“…55 Related tendon healing research has shown that early controlled mobilization of fragile primary flexor tendon repairs leads to improved biologic/tendon healing, faster strength gains, no increased risk of structural failure (rupture), and better and faster functional recovery of the affected individual. [55][56][57] The ECPM protocol used in this study led to significant improvements in an early fracture callus's ability to resist and bear 4-point bending loads, and these improvements were not a result of the fracture laying down a bigger callus. The reason for this is not clear; however, other studies also have shown improvements in the early biomechanical properties of healing fractures after early fracture motion, without showing a marked increase in callus size.…”
Section: Discussionmentioning
confidence: 99%
“…Rupturen traten nicht auf [20]. Sandow beobachtete nach Sechsstrangnaht von Beugesehnenverletzungen der Zone II und früher aktiver Nachbehandlung in 78% sehr gute und gute Ergebnisse (nach [16]). Die Patienten wurden in einer Schiene in 20° Extension des Handgelenks und 90° Beugung der Grundgelenke nachbehandelt.…”
Section: Abbildungunclassified