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Strong association between polymorphisms in ANKH locus and skeletal size traits.

机译:ANKH基因座的多态性与骨骼大小特征之间的强关联。

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Loss of bone strength is the main determinant of bone fragility. Bone strength is directly dependent on bone size (BS). A substantial portion of BS variation is attributable to genetic effects. However, the list of genes and allelic variants involved in the determination of BS variation is far from being complete. Polymorphisms in the ANKH gene have been shown to be associated with radiographic hand BS-related phenotypes. The present study examined the possible association of the ANKH gene with skeletal size and shape in order to test the universality of the ANKH effect on BS traits. Our sample consisted of a total of 212 ethnically homogeneous nuclear families (743 individuals) of European origin. Each individual was measured for body height, weight, and several other anthropometrical measurements, and genotyped for nine polymorphic markers (the average heterozygosity level was 0.4). We observed significant associations with practically all the anthropometrical phenotypes studied. More specifically, we found associations with body weight and height, limb length (P
机译:骨强度的丧失是骨脆性的主要决定因素。骨骼强度直接取决于骨骼大小(BS)。 BS变异的很大一部分归因于遗传效应。然而,涉及BS变异测定的基因和等位基因变体的列表还远远不够完整。已经显示出ANKH基因的多态性与射线照相手BS相关表型有关。本研究检查了ANKH基因与骨骼大小和形状的可能关联,以测试ANKH对BS性状的影响的普遍性。我们的样本包括来自欧洲的212个种族同质的核心家庭(743个个体)。对每个人的身高,体重和其他几种人体测量学进行测量,并对9个多态性标记进行基因分型(平均杂合度为0.4)。我们观察到与几乎所有人体测量表型的显着关联。更具体地说,我们发现与体重,身高,肢长(P

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