Glard Yann, Jouve Jean-Luc, Garron Emmanuel, Adalian Pascal, Tardieu Christine, Bollini Gérard
UMRC 6578, Unité d'anthropologie, Adaptabilité Biologique et Culturelle, CNRS-Université de la Méditerranée, Faculté de médecine Timone, Marseille, France.
J Pediatr Orthop. 2005 May-Jun;25(3):305-8.
The authors performed a biometric analysis of the femoral patellar groove in fetus and compared their findings with those observed in adults. Forty-four formalin-preserved fetuses were studied (13-38 weeks). Digitalized images were used to obtain measurements (alpha angle of the groove, trochlear slopes thetaL and thetaM). A comparison of means of independent samples between our series and adults was performed. For each angle of the distal epiphysis (alpha, thetaL, thetaM) there was no significant difference between this fetal series and adults. This is the first biometry of the fetal patellar groove. The morphology of the lower femur appears to be the same in fetus and adults. The results of this study suggest that the anatomic characteristics of the patellar groove could have been integrated into the genome during the course of evolution. This would be in favor of a genetic origin of patellar groove dysplasia.
作者对胎儿的股骨髌沟进行了生物测量分析,并将他们的研究结果与在成人中观察到的结果进行了比较。研究了44个用福尔马林保存的胎儿(13 - 38周)。使用数字化图像来获取测量值(沟的α角、滑车斜率θL和θM)。对我们的系列与成人之间的独立样本均值进行了比较。对于远端骨骺的每个角度(α、θL、θM),该胎儿系列与成人之间没有显著差异。这是首次对胎儿髌沟进行生物测量。胎儿和成人的股骨下端形态似乎相同。这项研究的结果表明,髌沟的解剖特征可能在进化过程中已整合到基因组中。这将支持髌沟发育异常的遗传起源。