Wigh R E
South Med J. 1979 Sep;72(9):1138-43. doi: 10.1097/00007611-197909000-00017.
Using a phylogenic classification of the spine, one can identify precisely the numerical location of any vertebra or disc, including vertebrae with junctional anomalies at transitional zones. Such precision permitted comparisons of myelographic reports of sites of disc disease with the actual levels of extradural deformities and of charted levels of disc operations with the actual levels of disc curettements. Among 100 patients there were 33 with phylogenic or junctional departures from the human mode. Among these 33 there was a combined total of 18 identification errors, and there were four entries at incorrect levels. Preoperative landmarking would appear to be obligatory.
采用脊柱的系统发育分类法,能够精确识别任何椎体或椎间盘的数字位置,包括在过渡区存在连接异常的椎体。这种精确性使得能够将椎间盘疾病部位的脊髓造影报告与硬膜外畸形的实际水平进行比较,以及将椎间盘手术记录的水平与椎间盘刮除术的实际水平进行比较。在100例患者中,有33例在系统发育或连接方面偏离人类模式。在这33例中,共有18处识别错误,并且有4处记录的水平不正确。术前标记似乎是必不可少的。