Evolution of the hip and pelvis.

Tom Hogervorst, Heinse W Bouma, John de Vos
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引用次数: 60

Abstract

Man's evolution features two unique developments: growing a huge brain and upright gait. Their combination makes the pelvis the most defining skeletal element to read human evolution. Recent revival in joint preserving hip surgery have brought to attention morphological variations of the human hip that appear similar to hips of extant mammals. In man, such variations can produce hip osteoarthrosis through motion. We reviewed the evolution of the hip and pelvis with special interest in morphology that can lead to motion induced osteoarthrosis in man. The combination of giving birth to big brained babies and walking upright has produced marked differences between the sexes in pelvis and hip morphology, each having their characteristic mode of hip impingement and osteoarthrosis.

髋关节和骨盆的进化。
人类的进化有两个独特的特点:发育出巨大的大脑和直立行走。它们的结合使得骨盆成为解读人类进化的最具决定性的骨骼元素。最近在保关节髋关节手术的复兴引起了人们对人类髋关节形态变化的关注,这些变化似乎与现存哺乳动物的髋关节相似。在人类中,这种变异可以通过运动产生髋关节骨关节病。我们回顾了髋关节和骨盆的演变,特别感兴趣的形态学,可以导致运动诱导骨关节病在人。生下大脑量婴儿和直立行走的结合,使男女在骨盆和髋关节形态上产生了显著差异,各有其特有的髋关节撞击和骨关节病模式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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