| Molecular phylogeny of Nycticebus inferred from mitochondrial genes | |
Chen JH1,2,3; Pan D1,3,4; Groves C5; Wang YX6; Narushima E7; Fitch-Snyder H8; Crow P9; Vu NT10; Ryder O8; Zhang HW2; Fu YX3,11; Zhang YP[*]1,3
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| 2006 | |
| 发表期刊 | INTERNATIONAL JOURNAL OF PRIMATOLOGY
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| ISSN | 0164-0291 |
| 卷号 | 27期号:4页码:1187-1200 |
| 合作性质 | 其它 |
| 摘要 | Researchers are still discussing the classification of Nycticebus. We established a molecular phylogeny covering all recognized taxa in Nycticebus to provide information for further evaluation. We sequenced partial D-loop (ca. 390 bp) and cytochrome b genes (425 bp) from 22 specimens. We separated most of the major groups except for some mixing of Nycticebus. coucang coucang and N. bengalensis. Nycticebus pygmaeus diverged earlier from the ancestral stock than the other taxa. Nycticebus coucang menagensis was well discriminated from N. c. coucang. It may be possible to explain the mixing of Nycticebus coucang coucang and N. bengalensis by the hybridization between the 2 groups in the field. Although our data did not provide direct evidence for or against the new proposal that Nycticebus coucang javanicus be raised to the rank of a distinct species (N. javanicus), we have good evidence for regarding N. c. menagensis as a species. |
| 关键词 | Classification Mitochondrial Gene Molecular Phylogeny Slow Loris |
| 资助者 | This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. |
| URL | 查看原文 |
| 收录类别 | SCI |
| 语种 | 英语 |
| 资助者 | This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. ; This work was supported by grants from national 973 project of China, National Natural Science 243 Foundation of China (30021004, 30430110), Natural Science Foundation of 244 Yunnan, and Chinese Academy of Sciences. |
| 文献类型 | 期刊论文 |
| 条目标识符 | http://ir.kiz.ac.cn/handle/152453/4193 |
| 专题 | 科研部门_分子进化与基因组多样性(张亚平) 其他 细胞与分子进化重点实验室 |
| 作者单位 | 1.Laboratory of Cellular and Molecular Evolution, Kunming Institute of Zoology, the Chinese Academy of Sciences, Kunming, 650223, China 2.School of Life Science, Shandong University, Jinan, 250000, China 3.LaboratoryforConservationandUtilizationofBio-resources, YunnanUniversity,Kunming, China 4.The Graduate School, Chinese Academy of Sciences, Beijing, 100039, China 5.School of Archaeology & Anthropology, Australian National University, Canberra, Australia 6.Department of Phylogensis and Evolution, Kunming Institute of Zoology, the Chinese Academy of Sciences, Kunming, 650223, China 7.Ueno Zoological Gardens, Taito-ku, Tokyo, Japan 8.Zoological Society of San Diego, San Diego, California USA. 9.Kadoorie Farm & Botanic Garden Corporation, Hong Kong, China 10.Department of Vertebrate Zoology, Vietnam National University, Hanoi, Vietnam. 11.Human Genetics Center, University of Texas at Houston, Houston, Texas USA |
| 推荐引用方式 GB/T 7714 | Chen JH,Pan D,Groves C,et al. Molecular phylogeny of Nycticebus inferred from mitochondrial genes[J]. INTERNATIONAL JOURNAL OF PRIMATOLOGY,2006,27(4):1187-1200. |
| APA | Chen JH.,Pan D.,Groves C.,Wang YX.,Narushima E.,...&Zhang YP[*].(2006).Molecular phylogeny of Nycticebus inferred from mitochondrial genes.INTERNATIONAL JOURNAL OF PRIMATOLOGY,27(4),1187-1200. |
| MLA | Chen JH,et al."Molecular phylogeny of Nycticebus inferred from mitochondrial genes".INTERNATIONAL JOURNAL OF PRIMATOLOGY 27.4(2006):1187-1200. |
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