Elizarov V G, Buslov I V, Gerasimov O R
Ortop Travmatol Protez. 1990 Aug(8):9-13.
Decompressive operations due to the complicated damages of thoracal and lumbar parts of the spine aggravate its instability. Existing constructions for inner momentary stabilization of spine are not effectual enough. On the basis of biomechanical and clinical investigations individuality modelled titanium plates with multilevel fixation by means of polymeric materials are proposed. They ensure situationally strong spine stabilization. It is possible to regulate operation mode of the plates: contraction, distraction, neutral stabilization and their combinations.
由于脊柱胸腰段复杂损伤而进行的减压手术会加重脊柱的不稳定性。现有的脊柱内临时稳定结构效果不够理想。在生物力学和临床研究的基础上，提出了采用聚合物材料进行多级固定的个性化钛板模型。它们能确保脊柱在不同情况下得到有力稳定。可以调节钛板的操作模式：收缩、撑开、中立稳定及其组合。
