Wheat Gene maps
Reference:
G.E. Hart, M.D. Gale, and R.A. McIntosh. 1993. Linkage maps of Triticum
aestivum (hexaploid wheat, 2n = 42, genomes A, B, and D) and T. tauschii
(2n = 14, genome D). Pages 6.204 - 6.219 in: S.J. O'Brien, Ed., Genetic
Maps : Locus Maps of Complex Genomes. Cold Spring Harbor Laboratory Press.
These maps collate current genetic linkage relationships in wheat and T.
tauschii. They are composites of all available data from studies in
hexaploid wheat and T. tauschii, including RFLP maps, and some data from
tetraploid wheat, concerning isozyme, disease resistance and morphological
loci. Superscript^A^ indicates that the gene mapped is from an alien
source, for which the map location is that of the wheat-alien chromosome
break-point.
Chromosome Arm Locus Position (cM)
______________ _____ _____________
1AS Gli-A1 -59.4
1AS Glu-A3 -59.4
1AS Hg -52.4
1AS Pm3a -52.4
(Break)
1AS Gli-A3 -17.6
1AS Tri-A1 -10.2
1A Centromere 0.0
1AL Glu-A1 14.9
1BS Rg1 -49.0
1BS Gli-B1 -49.0
1BS Glu-B3 -46.4
1BS Yr9^A^ -41.9
1BS Lr26^A^ -41.9
1BS Sr31^A^ -41.9
1BS Pm8^A^ -41.9
1BS rf3 -26.8
1BS Gpi-B1 -24.2
1BS Gli-B3 -20.1
1BS Yr15 -12.7
1BS Nor-B1 -8.6
1BS Per-B1 -5.6
1BS Hk-1 -2.6
1B Centromere 0.0
1BL Sr14 0.8
1BL Lr33 4.4
1BL Glu-B1 15.5
1DS Lr21 -40.0
1DS Rg2 -38.0
1DS Gli-1 -35.6
1DS Glu-D3 -33.6
1DS `Sr21' -27.0
1DS Sr33 -27.0
1DS Gpi-D1 -22.4
1DS Tri-D1 -13.4
1DS Hk-D1 -2.7
1D Centromere 0.0
1DL Sr18 2.6
1DL Glu-D1 18.7
2AS Lr17 -49.1
2AS Lr38 -49.1
2AS Yr17 -49.1
2AS Sr38 -49.1
(Break)
2A Centromere 0.0
2AL Sr21 4.7
(Break)
2AL Pm4 59.0
2BS W1 -58.8
2BS Lr16 -54.5
2BS Sr23 -54.5
(Break)
2BS Sr36 -3.9
2BS Ne2 -3.9
2BS Sr19 -3.9
2BS Lr23 -3.9
2BS Lr13 -3.9
2B Centromere 0.0
2BL Sr9 15.0
2BL Yr7 15.0
2BL Yr5 15.0
2BL Dfq1 28.4
2BL Sr28 39.6
2BL D2 48.0
2BL Sr16 64.4
2DS Lr22 -61.8
2DS Tg -61.8
2DS W2 -61.8
(Break)
2DS Lr15 -27.9
2DS Lr2a -27.9
2DS Sr6 -27.9
2DS C -0.4
2D Centromere 0.0
(Break)
2DL D1 52.4
3A Centromere 0.0
3AL Sr35 40.0
3AL R2 40.0
3BS Lr27 -40.3
3BS Sr2 -40.3
3BS v1 -1.9
3B Centromere 0.0
3BL Est-B5 93.4
3DS Lr32 -26.4
3D Centromere 0.0
3DL Got-D3^A^ 5.9
3DL Lr24^A^ 26.0
3DL Sr24^A^ 26.0
3DL Ch2 43.5
3DL R1 56.4
3DL Est-D5 116.9
4AL Lr28 -66.9
4AL Sr7 -66.9
(Break)
4AL Lr30 -1.9
4A Centromere 0.0
4AS Hd 8.8
4BS ms1 -68.6
(Break)
4BS Adh-B1 -39.2
4BS Rht1 -21.0
4BS Gai1 -21.0
4BS Gai3 -21.0
4BS Lr25^A^ -1.6
4BS Pm7^A^ -1.6
4B Centromere 0.0
4BL Hp^A^ 35.7
(Break)
4BL beta-Amy-B1 48.1
4DS ms2 -32.2
4DS Adh-D1 -25.4
4DS Rht2 -10.5
4DS Gai2 -10.5
4DS Rht10 -10.5
4D Centromere 0.0
(Break)
4DL beta-Amy-D1 28.0
5AS ms3 -3.5
5A Centromere 0.0
(Break)
5AL Vrn1 9.4
5AL Kr2 12.5
5AL Q 18.3
5AL Hn 47.8
5AL B1 58.0
5AL beta-Amy-A1 63.2
5B Centromere 0.0
5BS Ne1 10.2
5BS Crr 44.1
5BS Ph1 44.1
5BS Kr1 44.1
5BS Lr18 44.1
5DS Pm2 -20.3
(Break)
5DS Nor-D3 -3.9
5D Centromere 0.0
5DL Lr1 39.5
(Break)
5DL Vrn3 46.5
5DL Sr30 51.7
6AS Sr8 -57.0
6AS Gli-A2 -34.1
6A Centromere 0.0
6AL alpha-Amy-A1 5.8
(Break)
6AL Sr26^A^ 20.5
6AL Sr13 55.3
6BS Lr36 -45.7
(Break)
6BS Gli-B2 -19.4
6BS Nor-B2 -7.6
6B Centromere 0.0
6BL Lr9^A^ 2.6
6BL B2 7.1
6BL alpha-Amy1 9.5
6BL alpha-Amy-B1 16.6
6BL Sr11 55.3
6BL Lr3 55.3
6DS Sr5 -59.4
(Break)
6DS Gli-D2 -37.6
6D Centromere 0.0
6DL alpha-Amy-D1 12.3
6DL Got-D2 29.8
6DL H13 46.4
(Break)
6DL Sr29 65.4
7AS Per-A4 -61.0
7AS Amp-A3 -19.0
7A Centromere 0.0
7AL Sr22 29.4
7AL cn-A1 40.7
7AL Pm1 63.8
7AL Lr20 63.8
7AL Sr15 63.8
7BS Vrn5 -43.0
7BS LrMod -30.8
7BS Pc -19.0
7B Centromere 0.0
7BL alpha-Amy-B2 6.7
7BL Pm5 56.9
7BL Sr17 56.9
7BL Lr14a 68.9
7BL Ep-B1 68.9
7BL Wsp-B1 77.5
7DS Rc3 -18.5
7D Centromere 0.0
7DL alpha-Amy-D2 9.9
7DL Lr19^A^ 24.5
7DL Sr25^A^ 24.5
7DL cn-D1 49.2
7DL LrVPM 52.5
7DL Ep-D1 67.7
7DL Pch1 67.7