Department of Anatomy, Faculty of Medicine, Hacettepe University, Ankara, Turkey.
Turk J Med Sci. 2023 Feb;53(1):233-242. doi: 10.55730/1300-0144.5579. Epub 2023 Feb 22.
Nutrient arteries pass through the nutrient foramina and reach the spongious part or medullary cavity of the bones. The arterial blood supply and nutrient foramina of the ilium have not been well described in the literature. The aim of this study is to define the numbers and localizations of nutrient foramina of the ilium on the internal surface in accordance with the pelvic brim, as well as the external surface, and furthermore the distances between these foramina with certain anatomical landmarks.
This study was performed on 57 dry hip bones. The foramina on the external and internal surfaces of the ilium were evaluated separately. The external surface of the ilium was divided into 4 regions in accordance with the gluteal lines to determine the localizations of the nutrient foramina. The foramina on the internal surface were evaluated according to whether they were above or below the pelvic brim. The diameters of the foramina and their nearest distances to certain anatomical landmarks were measured. Furthermore, the risk area of the region above the pelvic brim was determined.
: The foramina that were found on the external surface of the ilium were distributed mainly between anterior and inferior gluteal lines (42 foramina-37.17%) and below the inferior gluteal line (57 foramina-50.44%). On the internal surface, 54 nutrient foramina were found above the pelvic brim and 81 were found below.
The localizations and configurations of all nutrient foramina on the ilium were evaluated morphometrically for the first time.
营养动脉穿过营养孔,到达骨的海绵部分或髓腔。髂骨的动脉血液供应和营养孔在文献中描述得还不够完善。本研究的目的是根据骨盆边缘以及外表面定义髂骨内表面上营养孔的数量和位置,并进一步确定这些孔与某些解剖标志之间的距离。
本研究在 57 个干燥的髋骨上进行。髂骨的外表面和内表面上的孔分别进行评估。根据臀线将髂骨的外表面分为 4 个区域,以确定营养孔的位置。根据孔是在骨盆边缘上方还是下方对内表面上的孔进行评估。测量孔的直径及其与某些解剖标志的最近距离。此外,确定骨盆边缘上方区域的风险区域。
在髂骨外表面上发现的孔主要分布在前侧和下侧臀线之间(42 个孔-37.17%)和下臀线以下(57 个孔-50.44%)。在内表面上,发现 54 个营养孔位于骨盆边缘上方,81 个位于骨盆边缘下方。
首次对髂骨上所有营养孔的位置和形态进行了形态计量学评估。