The successful use of plates as low-profile externalfixators has been described previously by our institution.
作者所在医院以前就曾经报道过使用钢板作为作为辅助的外固定器械。
2
In contrast, locking plates follow the biomechanical principle of externalfixators and do not require friction between the plate and bone.
与之相比，锁定钢板外固定架的生物力学原则相仿，无需钢板与骨之间的摩擦力。
3
The purpose of the present study was to compare this device with current static bridging externalfixators in terms of anatomical and functional results.