Genome sequences of wild and domestic bactrian camels

@inproceedings{Jirimutu2012GenomeSO,
  title={Genome sequences of wild and domestic bactrian camels},
  author={Jirimutu and Zhen Wang and Guohui Ding and Gangliang Chen and Yamin Sun and Zhihong Sun and Heping Zhang and Lei Wang and Surong Hasi and Yan Zhang and Jianmei Li and Yixiang Shi and Ze Shui Xu and Chuan He and Siriguleng Yu and Shengdi Li and Wenbin Zhang and Mijiddorj Batmunkh and Batsukh Ts and Narenbatu and Unierhu and Shirzana Bat-Ireedui and Hongwei Gao and Banzragch Baysgalan and Qing Ri Li and Zhiling Jia and Turigenbayila and Subudenggerile and Narenmanduhu and Zhaoxia Wang and Juan Wang and Lei Pan and Yongcan Chen and Yaichil Ganerdene and Dabxilt and Erdemt and Altansha and Altansukh and Tuya Liu and Minhui Cao and Aruuntsever and Bayart and Hosblig and Fei He and A Zha-ti and Guangyong Zheng and Feng Qiu and Zikui Sun and Lele Zhao and Wenjing Zhao and Baohong Liu and Chao Li and Yunqin Chen and Xiaoyan Tang and Chunyan Guo and Wei Liu and Liang Ming and Temuulen and Aiying Cui and Yi Li and Junhui Gao and Jing Li and Wurentaodi and Shen Niu and Tao Sun and Zhengxiao Zhai and Min Zhang and Chen Chen and Tunteg Baldan and Tuman Bayaer and Yixue Li and He Meng},
  booktitle={Nature communications},
  year={2012}
}
Bactrian camels serve as an important means of transportation in the cold desert regions of China and Mongolia. Here we present a 2.01 Gb draft genome sequence from both a wild and a domestic bactrian camel. We estimate the camel genome to be 2.38 Gb, containing 20,821 protein-coding genes. Our phylogenomics analysis reveals that camels shared common ancestors with other even-toed ungulates about 55-60 million years ago. Rapidly evolving genes in the camel lineage are significantly enriched in… CONTINUE READING
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