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Table_2_Chromosome-Level Alpaca Reference Genome VicPac3.1 Improves Genomic Insight Into the Biology of New World Camelids.XLSX
, 2019 The development of high-quality chromosomally assigned reference genomes constitutes a key feature for understanding genome architecture of a species and is critical for the discovery of the genetic blueprints of traits of biological significance.Polina Perelman (227302), Matthew Jevit (6865670), Kylie Munyard (6865661), Rhys Cransberg (6865676), Felicity Jackling (3255063), Ahmed Tibary (442149), Gus A. Wright (6865673), Belinda Appleton (246821), Terje Raudsepp (108514), Fahad Alshanbari (6591200), Theodore R. Allnutt (6865667), Mark F. Richardson (6865658), Larry J. Croft (6865664) +12 morecore +1 more sourceTable_7_Chromosome-Level Alpaca Reference Genome VicPac3.1 Improves Genomic Insight Into the Biology of New World Camelids.XLSX
, 2019 The development of high-quality chromosomally assigned reference genomes constitutes a key feature for understanding genome architecture of a species and is critical for the discovery of the genetic blueprints of traits of biological significance.Polina Perelman (227302), Matthew Jevit (6865670), Kylie Munyard (6865661), Rhys Cransberg (6865676), Felicity Jackling (3255063), Ahmed Tibary (442149), Gus A. Wright (6865673), Belinda Appleton (246821), Terje Raudsepp (108514), Fahad Alshanbari (6591200), Theodore R. Allnutt (6865667), Mark F. Richardson (6865658), Larry J. Croft (6865664) +12 morecore +1 more sourceTable_1_Chromosome-Level Alpaca Reference Genome VicPac3.1 Improves Genomic Insight Into the Biology of New World Camelids.XLSX
, 2019 The development of high-quality chromosomally assigned reference genomes constitutes a key feature for understanding genome architecture of a species and is critical for the discovery of the genetic blueprints of traits of biological significance.Polina Perelman (227302), Matthew Jevit (6865670), Kylie Munyard (6865661), Rhys Cransberg (6865676), Felicity Jackling (3255063), Ahmed Tibary (442149), Gus A. Wright (6865673), Belinda Appleton (246821), Terje Raudsepp (108514), Fahad Alshanbari (6591200), Theodore R. Allnutt (6865667), Mark F. Richardson (6865658), Larry J. Croft (6865664) +12 morecore +1 more sourceTable_8_Chromosome-Level Alpaca Reference Genome VicPac3.1 Improves Genomic Insight Into the Biology of New World Camelids.XLSX
, 2019 The development of high-quality chromosomally assigned reference genomes constitutes a key feature for understanding genome architecture of a species and is critical for the discovery of the genetic blueprints of traits of biological significance.Polina Perelman (227302), Matthew Jevit (6865670), Kylie Munyard (6865661), Rhys Cransberg (6865676), Felicity Jackling (3255063), Ahmed Tibary (442149), Gus A. Wright (6865673), Belinda Appleton (246821), Terje Raudsepp (108514), Fahad Alshanbari (6591200), Theodore R. Allnutt (6865667), Mark F. Richardson (6865658), Larry J. Croft (6865664) +12 morecore +1 more sourceImage_1_Chromosome-Level Alpaca Reference Genome VicPac3.1 Improves Genomic Insight Into the Biology of New World Camelids.pdf
, 2019 The development of high-quality chromosomally assigned reference genomes constitutes a key feature for understanding genome architecture of a species and is critical for the discovery of the genetic blueprints of traits of biological significance.Polina Perelman (227302), Matthew Jevit (6865670), Kylie Munyard (6865661), Rhys Cransberg (6865676), Felicity Jackling (3255063), Ahmed Tibary (442149), Gus A. Wright (6865673), Belinda Appleton (246821), Terje Raudsepp (108514), Fahad Alshanbari (6591200), Theodore R. Allnutt (6865667), Mark F. Richardson (6865658), Larry J. Croft (6865664) +12 morecore +1 more sourceTable_3_Chromosome-Level Alpaca Reference Genome VicPac3.1 Improves Genomic Insight Into the Biology of New World Camelids.XLSX
, 2019 The development of high-quality chromosomally assigned reference genomes constitutes a key feature for understanding genome architecture of a species and is critical for the discovery of the genetic blueprints of traits of biological significance.Polina Perelman (227302), Matthew Jevit (6865670), Kylie Munyard (6865661), Rhys Cransberg (6865676), Felicity Jackling (3255063), Ahmed Tibary (442149), Gus A. Wright (6865673), Belinda Appleton (246821), Terje Raudsepp (108514), Fahad Alshanbari (6591200), Theodore R. Allnutt (6865667), Mark F. Richardson (6865658), Larry J. Croft (6865664) +12 morecore +1 more sourceImage_2_Chromosome-Level Alpaca Reference Genome VicPac3.1 Improves Genomic Insight Into the Biology of New World Camelids.pdf
, 2019 The development of high-quality chromosomally assigned reference genomes constitutes a key feature for understanding genome architecture of a species and is critical for the discovery of the genetic blueprints of traits of biological significance.Polina Perelman (227302), Matthew Jevit (6865670), Kylie Munyard (6865661), Rhys Cransberg (6865676), Felicity Jackling (3255063), Ahmed Tibary (442149), Gus A. Wright (6865673), Belinda Appleton (246821), Terje Raudsepp (108514), Fahad Alshanbari (6591200), Theodore R. Allnutt (6865667), Mark F. Richardson (6865658), Larry J. Croft (6865664) +12 morecore +1 more sourceTable_6_Chromosome-Level Alpaca Reference Genome VicPac3.1 Improves Genomic Insight Into the Biology of New World Camelids.XLSX
, 2019 The development of high-quality chromosomally assigned reference genomes constitutes a key feature for understanding genome architecture of a species and is critical for the discovery of the genetic blueprints of traits of biological significance.Polina Perelman (227302), Matthew Jevit (6865670), Kylie Munyard (6865661), Rhys Cransberg (6865676), Felicity Jackling (3255063), Ahmed Tibary (442149), Gus A. Wright (6865673), Belinda Appleton (246821), Terje Raudsepp (108514), Fahad Alshanbari (6591200), Theodore R. Allnutt (6865667), Mark F. Richardson (6865658), Larry J. Croft (6865664) +12 morecore +1 more source