首页> 外文期刊>Contributions to zoology >Ross Barnett; Nobuyuki Yamaguchi; Beth Shapiro; Vincent Nijman: Using ancient DNA techniques to identify the origin of unprovenanced museum specimens, as illustrated by the identification of a 19th century lion from Amsterdam
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Ross Barnett; Nobuyuki Yamaguchi; Beth Shapiro; Vincent Nijman: Using ancient DNA techniques to identify the origin of unprovenanced museum specimens, as illustrated by the identification of a 19th century lion from Amsterdam

机译:罗斯·巴内特;山口信行贝丝·夏皮罗文森特·尼曼(Vincent Nijman):运用古老的DNA技术来鉴定未经证实的博物馆标本的来源,如从阿姆斯特丹发现的19世纪狮子

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In natural history collections throughout Europe, there are many old lion specimens of unknown origin. If these specimens can be shown to have originated from now-extinct populations their value would significantly increase, as would the value of the collections. Recently, a 200-year old mounted skeleton in the Zoological Museum Amsterdam has been identified as the extinct Cape lion Panthera leo melanochaita (Smith, 1842), based primarily on morphological information inferred from a painting of this specimen while it was still alive. To test this hypothesis, we used ancient DNA (aDNA) techniques to extract and sequence mitochondrial DNA (mtDNA) from this specimen, and compared the genetic results with previously published lion mtDNA sequences. Our results show that the specimen is not a Cape lion, but that it instead possesses the mtDNA haplotype of the Asiatic lions P. l. persica (Meyer, 1826) from India. This Indian origin hypothesis is further supported by an investigation of its cranial morphology. As the amount of genetic information available for lions increases, in particular data from across their historic distribution, the potential for aDNA techniques to identify the origins of previously unassigned museum specimens continues to grow.
机译:在整个欧洲的自然历史收藏中,有许多来源不明的旧狮子标本。如果可以证明这些标本起源于现已绝种的种群,那么它们的价值将大大增加,而藏品的价值也将大大增加。最近,在阿姆斯特丹动物学博物馆中有200年历史的已安装骨架被确定为灭绝的海角狮子Panthera leo melanochaita(史密斯,1842年),主要是根据从该标本还活着的绘画中推断出的形态学信息确定的。为了验证这一假设,我们使用了古老的DNA(aDNA)技术从该标本中提取并测序了线粒体DNA(mtDNA),并将遗传结果与先前发表的狮子mtDNA序列进行了比较。我们的结果表明,标本不是开普敦狮子,而是标本为亚洲狮子P.l的mtDNA单倍型。 persica(Meyer,1826)来自印度。这种印度血统的假设进一步得到了其颅骨形态研究的支持。随着可用于狮子的遗传信息数量的增加,特别是来自其历史分布的数据的增加,aDNA技术用于识别以前未分配的博物馆标本的起源的潜力不断增长。

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