C
Cynthia C. Steiner
Publications - 16
Citations - 2932
Cynthia C. Steiner is an academic researcher. The author has contributed to research in topics: Medicine & Biology. The author has an hindex of 5, co-authored 5 publications receiving 2598 citations.
Papers
More filters
Journal ArticleDOI
Impacts of the Cretaceous Terrestrial Revolution and KPg Extinction on Mammal Diversification
Robert W. Meredith,Jan E. Janecka,John Gatesy,Oliver A. Ryder,Colleen A. Fisher,Emma C. Teeling,Alisha Goodbla,Eduardo Eizirik,Taiz L. L. Simão,Tanja Stadler,Daniel L. Rabosky,Rodney L. Honeycutt,John J. Flynn,Colleen M. Ingram,Cynthia C. Steiner,Tiffani L. Williams,Terence J. Robinson,Angela Burk-Herrick,Angela Burk-Herrick,Michael Westerman,Nadia A. Ayoub,Nadia A. Ayoub,Mark S. Springer,William J. Murphy +23 more
TL;DR: Molecular phylogenetic analysis, calibrated with fossils, resolves the time frame of the mammalian radiation and diversification analyses suggest important roles for the Cretaceous Terrestrial Revolution and KPg mass extinction in opening up ecospace that promoted interordinal and intraordinal diversification, respectively.
Journal ArticleDOI
The sequence and de novo assembly of the giant panda genome
Ruiqiang Li,Wei Fan,Geng Tian,Hongmei Zhu,Lin He,Lin He,Jing Cai,Jing Cai,Quanfei Huang,Qingle Cai,Bo Li,Yinqi Bai,Zhihe Zhang,Ya-Ping Zhang,Wen Wang,Jun Li,Fuwen Wei,Heng Li,Min Jian,Jianwen Li,Zhaolei Zhang,Rasmus Nielsen,Dawei Li,Wanjun Gu,Zhentao Yang,Zhaoling Xuan,Oliver A. Ryder,Frederick C. Leung,Yan Zhou,Jianjun Cao,Xiao Sun,Yonggui Fu,Xiaodong Fang,Xiaosen Guo,Bo Wang,Rong Hou,Fujun Shen,Bo Mu,Peixiang Ni,Runmao Lin,Wubin Qian,Guo-Dong Wang,Guo-Dong Wang,Chang Yu,Wenhui Nie,Jinhuan Wang,Zhigang Wu,Huiqing Liang,Jiumeng Min,Qi Wu,Shifeng Cheng,Jue Ruan,Mingwei Wang,Zhongbin Shi,Ming Wen,Binghang Liu,Xiaoli Ren,Huisong Zheng,Dong Dong,Kathleen Cook,Gao Shan,Hao Zhang,Carolin Kosiol,Xueying Xie,Zuhong Lu,Hancheng Zheng,Yingrui Li,Cynthia C. Steiner,Tommy Tsan-Yuk Lam,Siyuan Lin,Qinghui Zhang,Guoqing Li,Jing Tian,Timing Gong,Hongde Liu,Dejin Zhang,Lin Fang,Chen Ye,Juanbin Zhang,Wenbo Hu,Anlong Xu,Yuanyuan Ren,Guojie Zhang,Guojie Zhang,Michael William Bruford,Qibin Li,Lijia Ma,Yiran Guo,Na An,Yujie Hu,Yang Zheng,Yongyong Shi,Zhiqiang Li,Qing Liu,Yanling Chen,Jing Zhao,Ning Qu,Shancen Zhao,Feng Tian,Xiaoling Wang,Haiyin Wang,Lizhi Xu,Xiao Liu,Tomas Vinar,Yajun Wang,Tak-Wah Lam,Siu-Ming Yiu,Shiping Liu,Hemin Zhang,Desheng Li,Yan Huang,Xia Wang,Guohua Yang,Zhi Jiang,Junyi Wang,Nan Qin,Li Li,Jingxiang Li,Lars Bolund,Karsten Kristiansen,Gane Ka-Shu Wong,Maynard V. Olson,Xiuqing Zhang,Songgang Li,Huanming Yang,Jing Wang,Jun Wang +126 more
TL;DR: Using next-generation sequencing technology alone, a draft sequence of the giant panda genome is generated and assembled, indicating that its bamboo diet might be more dependent on its gut microbiome than its own genetic composition.
Journal ArticleDOI
Macroevolutionary dynamics and historical biogeography of primate diversification inferred from a species supermatrix
Mark S. Springer,Robert W. Meredith,Robert W. Meredith,John Gatesy,Christopher A. Emerling,Jong Hwan Park,Jong Hwan Park,Daniel L. Rabosky,Daniel L. Rabosky,Tanja Stadler,Cynthia C. Steiner,Oliver A. Ryder,Jan E. Janecka,Colleen A. Fisher,William J. Murphy +14 more
TL;DR: A robust molecular phylogeny for 70 primate genera and 367 primate species is generated based on a concatenation of 69 nuclear gene segments and ten mitochondrial gene sequences, most of which were extracted from GenBank to find support for the hypothesis that the most recent common ancestor of living Primates resided in Asia.
Journal ArticleDOI
Evolutionary constraint and innovation across hundreds of placental mammals
Matthew J. Christmas,Irene M. Kaplow,Diane P. Genereux,Michael X. Dong,Graham M. Hughes,Xue Li,Patrick F. Sullivan,Allyson G. Hindle,Gregory R. Andrews,Joel C. Armstrong,Matteo Bianchi,Ana M Breit,Mark Diekhans,Cornelia E. Fanter,Nicole M. Foley,Daniel B. Goodman,Linda Goodman,Kathleen C. Keough,Bogdan M. Kirilenko,Amanda Kowalczyk,Colleen Lawless,Abigail L. Lind,Jennifer R. S. Meadows,Lucas R. Moreira,Ruby W. Redlich,Louise Ryan,Ross Swofford,Alejandro Valenzuela,Franziska Wagner,Ola Wallerman,Ashley R. Brown,Joana Damas,Kaili Fan,John Gatesy,Jenna R. Grimshaw,Jeremy A. Johnson,Sergey V. Kozyrev,Alyssa J. Lawler,Voichita D. Marinescu,Kathleen Morrill,Austin B. Osmanski,Nicole Paulat,BaDoi N. Phan,Steven K. Reilly,Daniel E. Schäffer,Cynthia C. Steiner,Megan A. Supple,Aryn P. Wilder,Morgan Wirthlin,James Xue,Bruce W. Birren,Steven Gazal,Robert Hubley,Klaus-Peter Koepfli,Tomas Marques-Bonet,Wynn K. Meyer,Martin T. Nweeia,Pardis C. Sabeti,Beth Shapiro,Arian F.A. Smit,Mark S. Springer,Emma C. Teeling,Zhiping Weng,Michael Hiller,Daniel Lévesque,Harris A. Lewin,William J. Murphy,Arcadi Navarro,Benedict Paten,Katherine S. Pollard,David A. Ray,Irina Ruf,Oliver A. Ryder,Andreas R. Pfenning,Kerstin Lindblad-Toh,Elinor K. Karlsson +75 more
TL;DR: In this paper , the authors explore the evolution of placental mammals, including humans, through reference-free whole-genome alignment of 240 species and protein-coding alignments for 428 species and estimate 10.7% of the human genome is evolutionarily constrained.
Journal ArticleDOI
The sequence and de novo assembly of the giant panda genome [Correction]
Ruiqiang Li,Ruiqiang Li,Wei Fan,Geng Tian,Geng Tian,Zhu Hongmei,Lin He,Lin He,Jing Cai,Jing Cai,Quanfei Huang,Qingle Cai,Qingle Cai,Bo Li,Yinqi Bai,Zhihe Zhang,Ya-Ping Zhang,Wen Wang,Jun Li,Fuwen Wei,Heng Li,Min Jian,Jianwen Li,Zhaolei Zhang,Rasmus Nielsen,Dawei Li,Wanjun Gu,Zhentao Yang,Zhaoling Xuan,Oliver A. Ryder,Frederick C. Leung,Yan Zhou,Jianjun Cao,Xiao Sun,Yonggui Fu,Xiaodong Fang,Xiaosen Guo,Bo Wang,Rong Hou,Fujun Shen,Bo Mu,Peixiang Ni,Runmao Lin,Wubin Qian,Guo-Dong Wang,Guo-Dong Wang,Chang Yu,Wenhui Nie,Jinhuan Wang,Zhigang Wu,Huiqing Liang,Jiumeng Min,Jiumeng Min,Qi Wu,Shifeng Cheng,Shifeng Cheng,Jue Ruan,Jue Ruan,Mingwei Wang,Zhongbin Shi,Ming Wen,Binghang Liu,Xiaoli Ren,Huisong Zheng,Dong Dong,Kathleen Cook,Gao Shan,Hao Zhang,Carolin Kosiol,Xueying Xie,Zuhong Lu,Hancheng Zheng,Yingrui Li,Yingrui Li,Cynthia C. Steiner,Tommy Tsan-Yuk Lam,Siyuan Lin,Qinghui Zhang,Guoqing Li,Jing Tian,Timing Gong,Hongde Liu,Dejin Zhang,Lin Fang,Chen Ye,Juanbin Zhang,Wenbo Hu,Anlong Xu,Yuanyuan Ren,Guojie Zhang,Guojie Zhang,Guojie Zhang,Michael William Bruford,Qibin Li,Qibin Li,Lijia Ma,Lijia Ma,Yiran Guo,Yiran Guo,Na An,Yujie Hu,Yujie Hu,Yang Zheng,Yang Zheng,Yongyong Shi,Zhiqiang Li,Qing Liu,Yanling Chen,Jing Zhao,Ning Qu,Ning Qu,Shancen Zhao,Feng Tian,Xiaoling Wang,Haiyin Wang,Lizhi Xu,Xiao Liu,Tomas Vinar,Yajun Wang,Tak-Wah Lam,Siu-Ming Yiu,Shiping Liu,Hemin Zhang,Desheng Li,Yan Huang,Xia Wang,Guohua Yang,Zhi Jiang,Junyi Wang,Nan Qin,Li Li,Jingxiang Li,Lars Bolund,Karsten Kristiansen,Karsten Kristiansen,Gane Ka-Shu Wong,Gane Ka-Shu Wong,Maynard V. Olson,Xiuqing Zhang,Songgang Li,Huanming Yang,Jian Wang,Jun Wang,Jun Wang +143 more
TL;DR: This corrects the article to show that the Higgs boson genome is a “spatially aggregating ‘spatiotemporal ’ organisation’, rather than a ‘cell-based’ organisation, which is more closely related to the immune system.