“…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.…”