A second-generation combined linkage–physical map of the human genome: Table 1. | Zendy

Tara C. Matise | Zendy; Fang Chen | Zendy; WeiWen Chen | Zendy; Francisco M. De La Vega | Zendy; Thomas Hansen | Zendy; Chunsheng He | Zendy; Fiona Hyland | Zendy; Giulia C. Kennedy | Zendy; Xiangyang Kong | Zendy; Sarah S. Murray | Zendy; Janet Ziegle | Zendy; William C. Stewart | Zendy; Steven Buyske | Zendy

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A second-generation combined linkage–physical map of the human genome: Table 1.

Author(s) -

Tara C. Matise,

Fang Chen,

WeiWen Chen,

Francisco M. De La Vega,

Thomas Hansen,

Chunsheng He,

Fiona Hyland,

Giulia C. Kennedy,

Xiangyang Kong,

Sarah S. Murray,

Janet Ziegle,

William C. Stewart,

Steven Buyske

Publication year - 2007

Publication title -

genome research

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 9.556

H-Index - 297

eISSN - 1549-5469

pISSN - 1088-9051

DOI - 10.1101/gr.7156307

Subject(s) - linkage (software) , genetic linkage map , genetic linkage , biology , genetics , gene mapping , human genome , genome , computational biology , chromosome , gene

We have completed a second-generation linkage map that incorporates sequence-based positional information. This new map, the Rutgers Map v.2, includes 28,121 polymorphic markers with physical positions corroborated by recombination-based data. Sex-averaged and sex-specific linkage map distances, along with confidence intervals, have been estimated for all map intervals. In addition, a regression-based smoothed map is provided that facilitates interpolation of positions of unmapped markers on this map. With nearly twice as many markers as our first-generation map, the Rutgers Map continues to be a unique and comprehensive resource for obtaining genetic map information for large sets of polymorphic markers.

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