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来自印度尼西亚民丹岛、新加坡和越南南部的长尾猕猴(食蟹猕猴)的形态测量与毛发特征

Morphometrics and pelage characterization of longtailed macaques (Macaca fascicularis) from Pulau Bintan, Indonesia; Singapore; and Southern Vietnam.

作者信息

Villano Jason S, Ogden Bryan E, Yong Peggy P, Lood Natividad M, Sharp Patrick E

机构信息

SingHealth Experimental Medicine Centre, National University of Singapore, Singapore.

出版信息

J Am Assoc Lab Anim Sci. 2009 Nov;48(6):727-33.

Abstract

Cynomolgus (or longtailed) macaques (Macaca fascicularis) are used extensively as laboratory animals in biomedical research. Their use in Singapore, an emerging biomedical hub in Southeast Asia, is now increasing widely, with research subjects currently originating from Singapore, Vietnam, and Pulau Bintan, Indonesia. Limited data exist on the genetic and phenotypic polymorphisms and phylogenetic relationships of these groups, and the animals are used as research subjects without regard to potential differences or homogeneity. Here we characterize their phenotypes by using established primatology tools to detail morphometrics and pelage erythrism and saturation. Pelage analyses supported the Gloger rule, in which heavily pigmented forms predominate near the equator, with Singaporean and Bintan macaques having darker pelage than Vietnamese macaques. Morphometric variation patterns suggest a tendency toward insular dwarfism and correlate generally with the Bergmann rule, in which body mass increases with latitude and colder climate. Although the 3 populations all belong to the nominotypical subspecies M. f. fascicularis, phenotypic differences are evident and are valuable tools to analyze their phylogeographic history and phylogenetic relationships.

摘要

食蟹猴(或长尾猕猴)(猕猴属)在生物医学研究中被广泛用作实验动物。在东南亚新兴的生物医学中心新加坡,其使用量目前正在广泛增加,研究对象目前来自新加坡、越南和印度尼西亚的民丹岛。关于这些群体的遗传和表型多态性以及系统发育关系的数据有限,并且这些动物被用作研究对象时并未考虑潜在差异或同质性。在这里,我们使用既定的灵长类学工具来详细描述形态测量学以及皮毛的红色度和饱和度,从而对它们的表型进行特征描述。皮毛分析支持了格洛格尔法则,即色素沉着较重的形态在赤道附近占主导地位,新加坡和民丹岛的猕猴皮毛比越南猕猴的皮毛颜色更深。形态测量变异模式表明存在岛屿侏儒化趋势,并且总体上与伯格曼法则相关,即体重随纬度和寒冷气候增加。尽管这三个种群都属于指名亚种食蟹猴,但表型差异明显,是分析它们系统地理历史和系统发育关系的有价值工具。

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Singapore pushes biomedical research.新加坡大力推动生物医学研究。
Nat Med. 2001 Nov;7(11):1169-70. doi: 10.1038/nm1101-1169.

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