Understanding of the biomechanical background of bridging plate osteosynthesis is essential if good clinical results are to be obtained.
若想获得良好临床结果，必须理解桥接钢板接骨术生物力学背景。
Objectives: To describe the minimally invasive treatment of fractures of the proximal humerus using the Non-Contact-Bridging (NC plate.
目的：描述运用非接触桥接钢板微创治疗肱骨近端骨折。
Such stress is reduced by increasing the bridging length, since the forces are distributed over a larger area of the plate.
该应力可通过增加桥接长度减小，因载荷分布于钢板更长区域。
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