Bitterling H, Stäbler A, Brückmann H
Abteilung für Neuroradiologie, Klinikum der LMU, München.
Rofo. 2007 Nov;179(11):1127-36. doi: 10.1055/s-2007-963426.
Whiplash injury of the cervical spine is a frequent issue in medical expertise and causes enormous consequential costs for motor insurance companies. Some authors accuse posttraumatic changes of alar ligaments to be causative for consequential disturbances.
Review of recent studies on biomechanics, anatomical and clinical MR imaging.
Biomechanical experiments can not induce according injuries of alar ligaments. Although MRI provides excellent visualization of alar ligaments, the range of normal variants is high.
Biomechanical studies give no evidence of alar ligament involvement in whiplash disease. Using MRI, signal alterations of alar ligaments can hardly be differentiated from common normal variants. Functional MRI provides no diagnostic yield.
颈椎挥鞭伤是医学鉴定中的常见问题,给汽车保险公司带来了巨大的间接成本。一些作者认为创伤后翼状韧带的变化是导致后续功能障碍的原因。
回顾近期关于生物力学、解剖学和临床磁共振成像的研究。
生物力学实验无法诱发翼状韧带的相应损伤。尽管磁共振成像能很好地显示翼状韧带,但正常变异范围很大。
生物力学研究没有证据表明翼状韧带参与了挥鞭伤疾病。使用磁共振成像时,翼状韧带的信号改变很难与常见的正常变异区分开来。功能磁共振成像没有诊断价值。