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Among the 18 remaining specimens, no significant difference in load to failure was observed between the experimental group (n= 11) and the control group (n= 7) (1,006.5 ± 332.1 versus 932.8 ± 229.1 N, respectively; = .567). Significantly greater gap displacement was observed in the standard Krackow repair group compared with the augmented Krackow group at all cyclic loading intervals. This suggests that the Krackow transosseous procedure augmented with high-strength suture tape is biomechanically viable for inferior pole patellar tendon repair. This biomech