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Projects

  1A 2A 3A 4A 5A 6A 7A 1B 2B 3B 4B 5B 6B 7B 1D 2D 3D 4D 5D 6D 7D
Phys. Map 1AS 100% 2AS 100% 3AS 100% 4AS 100% 5AS 100% 6AS 100% 7AS 100% 1BS 100% 2BS 100% 3BS 100% 4BS 100% 5BS 100% 6BS 100% 7BS 100% 1DS 75% 2DS 100% 3DS 100% 4DS 75% 5DS 100% 6DS 75% 7DS 100%
1AL 100% 2AL 100% 3AL 100% 4AL 100% 5AL 100% 6AL 100% 7AL 100% 1BL 100% 2BL 100% 3BL 100% 4BL 100% 5BL 100% 6BL 100% 7BL 100% 1DL 75% 2DL 100% 3DL 100% 4DL 75% 5DL 100% 6DL 75% 7DL 100%
Survey Seq. 1AS 100% 2AS 100% 3AS 100% 4AS 100% 5AS 100% 6AS 100% 7AS 100% 1BS 100% 2BS 100% 3BS 100% 4BS 100% 5BS 100% 6BS 100% 7BS 100% 1DS 100% 2DS 100% 3DS 100% 4DS 100% 5DS 100% 6DS 100% 7DS 100%
1AL 100% 2AL 100% 3AL 100% 4AL 100% 5AL 100% 6AL 100% 7AL 100% 1BL 100% 2BL 100% 3BL 100% 4BL 100% 5BL 100% 6BL 100% 7BL 100% 1DL 100% 2DL 100% 3DL 100% 4DL 100% 5DL 100% 6DL 100% 7DL 100%
Ref. Seq. 1AS 75% 2AS 25% 3AS 50% 4AS 25% 5AS 0% 6AS 25% 7AS 75% 1BS 75% 2BS 25% 3BS 100% 4BS 50% 5BS 50% 6BS 75% 7BS 75% 1DS 0% 2DS 25% 3DS 50% 4DS 0% 5DS 25% 6DS 0% 7DS 75%
1AL 75% 2AL 25% 3AL 50% 4AL 25% 5AL 0% 6AL 25% 7AL 75% 1BL 75% 2BL 25% 3BL 100% 4BL 50% 5BL 0% 6BL 75% 7BL 75% 1DL 0% 2DL 25% 3DL 50% 4DL 0% 5DL 25% 6DL 0% 7DL 75%
Projects progress overview

The vision of the IWGSC is to establish a high quality reference sequence of the wheat genome anchored to the genetic/phenotypic maps. This will provide high resolution links between wheat traits, variations, and the associated sequence features (i.e., genes, regulatory motifs, intergenic regions, etc.), polymorphisms (Single Nucleotide Variants (SNPs), and Structural Variations (SV)). To achieve this vision and ensure the rapid delivery of tools to breeders along the way, the IWGSC identifies short-term and long-term strategic goals. The overall long-term goal is to produce a physical map-based sequence of the hexaploid, bread wheat genome, cv. Chinese Spring. The IWGSC has coordinated and endorsed projects delivering BAC-based physical maps anchored to genetic maps for each of the chromosomes. The focus now is on projects that generate chromosome sequences from minimal tile paths (MTP) of clones defined by the physical maps. The IWGSC has also supported the delivery of an intermediate chromosome-based survey sequence of the bread wheat genome, the completion of the Ae. tauschii physical map, and the establishment of high-resolution radiation hybrid physical maps to facilitate ordering of the chromosome sequences.

IWGSC Bread Wheat Projects

IWGSC Ae. tauschii Projects

IWGSC D-Genome RH Maps