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个体间骨盆入射角的变异:功能影响与基因决定论

Pelvic incidence variation among individuals: functional influence versus genetic determinism.

作者信息

Chen Hong-Fang, Zhao Chang-Qing

机构信息

Shanghai Key Laboratory of Orthopaedic Implants, Department of Orthopaedics, Shanghai Ninth People's Hospital, Shanghai Jiao Tong University School of Medicine, 639 Zhizaoju Rd, Shanghai, 200011, People's Republic of China.

出版信息

J Orthop Surg Res. 2018 Mar 20;13(1):59. doi: 10.1186/s13018-018-0762-9.

Abstract

Pelvic incidence has become one of the most important sagittal parameters in spinal surgery. Despite its great importance, pelvic incidence can vary from 33° to 85° in the normal population. The reasons for this great variability in pelvic incidence remain unexplored. The objective of this article is to present some possible interpretations for the great variability in pelvic incidence under both normal and pathological conditions and to further understand the determinants of pelvic incidence from the perspective of the functional requirements for bipedalism and genetic backgrounds via a literature review. We postulate that both pelvic incidence and pelvic morphology may be genetically predetermined, and a great variability in pelvic incidence may already exist even before birth. This great variability may also serve as a further reminder that the sagittal profile, bipedal locomotion mode, and genetic background of every individual are unique and specific, and clinicians should avoid making universally applying broad generalizations of pelvic incidence. Although PI is an important parameter and there are many theories behind its variability, we still do not have clear mechanistic answers.

摘要

骨盆入射角已成为脊柱外科手术中最重要的矢状面参数之一。尽管其非常重要,但在正常人群中,骨盆入射角可在33°至85°之间变化。骨盆入射角存在如此大差异的原因仍未得到探究。本文的目的是通过文献综述,对正常和病理情况下骨盆入射角的巨大差异提出一些可能的解释,并从双足行走功能需求和遗传背景的角度进一步了解骨盆入射角的决定因素。我们推测,骨盆入射角和骨盆形态可能都由基因预先决定,甚至在出生前骨盆入射角就可能已存在很大差异。这种巨大差异也可能进一步提醒我们,每个人的矢状面轮廓、双足运动模式和遗传背景都是独特且特定的,临床医生应避免对骨盆入射角进行普遍适用的宽泛概括。尽管骨盆入射角是一个重要参数,且其差异背后有许多理论,但我们仍没有明确的机制性答案。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/ade0/5859489/6efebce8f635/13018_2018_762_Fig1_HTML.jpg

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