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Sr. No. | Reduction technique | References | Remarks |
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1 | Preoperative skeletal traction | [2, 18, 26] | Key to closed reduction in delayed nailing |
2 | Traction on fracture table | [17, 22, 23] | |
3 | F-clamp | [19] | Facilitates reduction and reduces exposure of the operator to radiation |
4 | External supporting device | [20] | Eliminate the deforming forces of thigh muscles and reduces the radiation exposure |
5 | Strategically placed bumps | [16] | |
6 | Manual traction | [2, 6, 9, 16, 22, 23] | Decreased operative time |
7 | Femoral distracter | [10] | Useful in nailing without fracture table |
8 | Steinman pin on a T-clamp inserted percutaneously | [4] | |
9 | Percutaneous Schanz screws | [5, 18] | |
10 | Ball spike pusher | [16] | |
11 | Clamp-assisted reduction | [1] | Advocated clamp-assisted reduction with judicious use of a cerclage cable |
12 | A small diameter nail in the proximal fragment | [7, 14, 23, 26] | Kuntscher technique |
13 | 8 mm straight reamer into the proximal fragment | [2] | |
14 | Percutaneous cannulated channel reamer over a guide pin | [17] | Significantly decreases the occurrence of malalignment in proximal femoral shaft fractures |
15 | Small bend at the end of guide wire | [14] | Corrects translation of the distal fragment |
16 | Intramedullary bone endoscopy | [15] | |
17 | Computerized navigation | [25] | Increases precision in fracture reduction while minimizing fluoroscopic requirements |
18 | Simultaneous use of cannulated reamer in proximal fragment and Schanz screw in the distal fragment | Present study | Reduces time and radiation exposure for closed reduction |
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