Department of Surgery, Division of Plastic and Reconstructive Surgery, University of Pittsburgh, PA 15224, USA.
Am J Phys Anthropol. 2010 Nov;143(3):473-7. doi: 10.1002/ajpa.21367.
Ectocranial suture fusion patterns have been shown to contain biological and phylogenetic information. Previously the patterns of Homo, Pan, and Gorilla have been described. These data reflect the phylogenetic relationships among these species. In this study, we applied similar methodology to Pongo to determine the suture synostosis progression of this genus, and to allow comparison to previously reported data on other large-bodied hominoids. We hypothesized these data would strengthen the argument that suture synostosis patterns reflect the phylogeny of primate taxa. Results indicate that the synostosis of vault sutures in Pongo is similar to that reported for Gorilla (excluding Pan and Homo). However, the lateral-anterior pattern of fusion, in which there is a strong superior to inferior pattern, for Pongo is unique among these species, reflecting its phylogenetic distinctness among great ape taxa.
颅外缝合融合模式被证明包含生物和系统发育信息。此前已经描述了人类、黑猩猩和大猩猩的模式。这些数据反映了这些物种之间的系统发育关系。在这项研究中,我们应用类似的方法来研究猩猩,以确定该属的缝合融合进展,并与之前关于其他大型类人猿的报告数据进行比较。我们假设这些数据将加强这样一种论点,即缝合融合模式反映了灵长类动物分类群的系统发育。结果表明,猩猩颅顶骨缝合的融合与报道的大猩猩(不包括黑猩猩和人类)相似。然而,在这些物种中,融合的外侧-前模式是独特的,其中存在强烈的从上到下的模式,这反映了猩猩在大型类人猿分类群中的系统发育独特性。