Baba M L, Darga L L, Goodman M
Folia Primatol (Basel). 1979;32(3):207-38. doi: 10.1159/000155914.
Evolutionary relationships between New World monkeys and marmoset genera and the place of the Ceboidea within the primates are considered in terms of the immunological specificity of ceboid proteins. Antigenic distances between the New World primates are measured using antisera produced in rabbits to nine ceboid genera: Alouatta, Aotes, Ateles, Callicebus, Cebus, Chiropotes, Lagothrix, Saimiri and Saguinus. A cladogram constructed on the basis of increasing degrees of antigenic distance between branches depicts Ceboidea as a monophyletic assemblage within which Alouatta is grouped with the Atelinae genera, Lagothrix and Ateles, Chiropotes joins Cacajao and Cebus joins Saimiri. The joining of the cebid genera Aotes and Callicebus with callithricid genera Callimico and Saguinus into a single complex lineage suggests that Cebidae is a paraphyletic or polyphyletic taxon. A phylogenetic taxonomy for Platyrrhini is proposed.
根据卷尾猴蛋白质的免疫特异性,探讨了新大陆猴与狨属之间的进化关系以及阔鼻猴在灵长目中的地位。利用兔抗血清检测新大陆灵长类动物之间的抗原距离,该抗血清针对九个卷尾猴属产生:蛛猴属、夜猴属、绒毛蛛猴属、伶猴属、卷尾猴属、僧面猴属、长毛吼猴属、松鼠猴属和狨属。根据分支间抗原距离的增加程度构建的分支图将阔鼻猴描绘为一个单系类群,其中蛛猴属与绒毛蛛猴亚科的属(长毛吼猴属和绒毛蛛猴属)归为一组,僧面猴属与白脸僧面猴属合并,卷尾猴属与松鼠猴属合并。卷尾猴科的夜猴属和伶猴属与狨科的侏狨属和狨属合并为一个单一的复杂谱系,这表明卷尾猴科是一个并系或多系分类单元。提出了阔鼻猴类的系统发育分类法。