近5年内发表的代表性论文/专著
1.Ningbo Chen#,Lele Ren#,Linyao Du#,Jiawen Hou#,……,Bing Su*,Guanghui Dong* and Xiaoming Zhang*. Ancient genomic DNA evidence reveals the presence of tropical bovid species in northeastern Tibetan Plateau contributed to the prevalence of hunting games until the late Neolithic. Proceedings of the National Academy of Sciences of the United States of America (PNAS),117(45):28150-28159(2020)(ImpactFactor:10.620)(古代基因组证据揭示热带牛科动物在青藏高原东北部的栖息对人类的狩猎行为盛行到新石器时代晚期有重要的贡献)(作为交叉学科合作研究并取得重要发现的范例,该成果发表后受到了多个领域和公众的广泛关注,相继被CCTV新闻频道(科技新闻)、中科院官网、新华社国际网、美国科学促进会(AAAS)、科普中国、科学网、中新网和科技日报等20多个主流媒体和宣传平台报道)
2.Yaoxi He#, Xiaoming Zhang#, Min-Sheng Peng#, Yuchun Li#, Kai Liu#, ……Consortium of Anthropological Research in Southeast Asia and Southwest China (CASEAC), Qingpeng Kong*, Ya-Ping Zhang1,3,4,34*, Bing Su1,2,33*. Genome diversity and signatures of natural selection in mainland Southeast Asia. Nature (2025年5月),In Press
3.Xiaoming Zhang#,Xueping Ji*,Chunmei Li#,…… Yaoxi He*, and Bing Su*. A Late Pleistocene human genome from Southwest China. Current Biology,32,1–15(2022)(ImpactFactor:10.900)(中国西南地区晚更新世的一个人类基因组)(报道了1.4万年前的云南马鹿洞“蒙自人”的基因组数据及其起源和迁徙历史,受到国内外媒体和大众的广泛关注)
4.Xiaoming Zhang#,Qi Liu#,Hui Zhang#,Shilei Zhao#,……,Bing Su*,Hua Chen*. The distinct morphological phenotypes of Southeast Asian aborigines are shaped by novel mechanisms for adaptation to tropical rainforest. National Science Review, nwab072(2021) (ImpactFactor:16.693)(东南亚土著人群的特征表型由热带环境适应的新遗传机制所编译)
5.Xiaoming Zhang#,Chunmei Li#,Yanan Zhou#,…… Rasmi Shoocongdej*,Xueping Ji*and Bing Su*;A Matrilineal Genetic Perspective of Hanging Coffin Custom in Southern China and Northern Thailand. iScience, 23,101032,(2020).(ImpactFactor:5.458)(母系遗传视角下的中国南方和泰国北部悬棺葬习俗研究)(该成果发表后受到了社会公众的广泛关注,被CCTV-13&CCTV4频道(长视频报道)、中新网、新华网、学习强国平台和环球网等30多个主流媒体报道。该论文入选了细胞出版社(CellPress)交叉科学领域“2020中国年度论文”,还被《iScience》杂志于2021年列为杂志创刊以来最具影响力的Top10研究成果之一(位列第七)
其他代表性论文/专著
1.SushilBhandari#,XiaomingZhang#,ChaoyingCui#,Yangla,LanLiu,Ouzhuluobu,Baimakangzhuo,Gonggalanzi,CaijuanBai,Bianba,YiPeng,HuiZhang,KunXiang,HongShi,ShimingLiu,Gengdeng,TianyiWu,XuebinQi*&BingSu*.Sherpas share genetic variations with Tibetans for highaltitude adaptation.Molecular Genetics & Genomic Medicine.5(1):76–84,doi:10.1002/mgg3.264(2017)(ImpactFactor:2.742)(夏尔巴人与藏族共享高原适应的遗传变异)
2.Yang,Zhaohui#;Zhong,Hua#;Chen,Jing#;Zhang,Xiaoming#;Zhang,Hui;Luo,Xin;Xu,Shuhua;Chen,Hua;Lu,Dongsheng;Han,Yinglun;Li,Jinkun;Fu,Lijie;Qi,Xuebin;Peng,Yi;Xiang,Kun;Lin,Qiang;Guo,Yan;Li,Ming;Cao,Xiangyu;Zhang,Yanfeng;Liao,Shiyu;Peng,Yingmei;Zhang,Lin;Guo,Xiaosen;Dong,Shanshan;Liang,Fan;Wang,Jun;Willden,Andrew;Aun,HongSeang;Serey,Bun;Sovannary,Tuot;Bunnath,Long;Samnom,Ham;Mardon,Graeme;Li,Qingwei;Meng,Anming*;Shi,Hong*;Su,Bing*;A Genetic Mechanism for Convergent Skin Lightening during Recent Human Evolution,Mol.Biol.Evol.33(5),1177-1187.(2016)(ImpactFactor:9.857)(人类近期进化历史中肤色变浅的遗传学机制)
3.SushilBhandari#,XiaomingZhang#,ChaoyingCui#,Bianba,ShiyuLiao,YiPeng,HuiZhang,KunXiang,HongShi,Ouzhuluobu,Baimakongzhuo,Gonggalanzi,ShiminLiu,Gengdeng,TianyiWu,XuebinQi*&BingSu*2015.Genetic evidence of a recent Tibetan ancestry to Sherpas in the Himalayan region.SciRep5:16249.10.1038/srep16249(2015)(Co-Firstauthor)(ImpactFactor:5.597)(遗传学证据揭示喜马拉雅山地区夏尔巴人是晚期从藏族分化的人群)
4.ZhangXM#,QiXB#,YangZH#,Serey,BSovannary,TBunnath,L,HSeangAun,HSamnom,ZhangH,LinQ,MVanOven,ShiH*.&SuB*.Analysis of Mitochondrial Genome Diversity Identifies New and Ancient Maternal Lineages in Cambodian Aborigines.Nat Commun 4,2599,(2013).(ImpactFactor:10.20)(柬埔寨土著人群的线粒体基因组分析发现新而古老的人类母系世系)
5.QiXB#,CuiCY#,PengY#,ZhangXM#,YangZH,ZhongH,ZhangH,XiangK,CaoXY,WangY,Ouzhuluobu,Basang,Ciwangsangbu,Bianba,Gonggalanzi,WuTY,ChenH,ShiH*.&SuB*.Genetic Evidence of Paleolithic Colonization and Neolithic Expansion of Modern Humans on the Tibetan Plateau.Mol.Biol.Evol.30,1761-1778,(2013).(Co-Firstauthor)(ImpactFactor:9.857))(遗传学证据揭示人类在旧石器时代定居和新石器时代扩张到青藏高原的历史)