Linkage map of rye, UC90 x E-line
From Perry Gustafson, April 1998
Reference:
Wanous M, O Heredia-Diaz, X Ma, P Goicoechea, G Wricke, E Ferrer, and JP
Gustafson. 1997. Progress of molecular and cytological mapping in rye
(Secale cereale L.). In McGuire PE, and CO Qualset, Eds. Progress in
genome mapping of wheat and related species: Joint proceedings of the 5th
and 6th public workshops of the International Triticeae Mapping Initiative,
1-3 September 1995, Norwich UK and 30-31 August 1996, Sydney Australia.
University of California Genetic Resources Conservation Program, Davis CA,
Report No. 18.
Note: this map is substantially updated relative to the one in the Reference.
Chromosome Locus Position (cM)
========== ========= =============
1R Xpsr634 0.0
1R Xpsr596 10.6
1R Xbcd921 11.9
1R Xcdo580 12.9
1R Xbcd22 18.4
1R Xpsr391 20.9
1R Xnor 23.0
1R Xpsr957 24.2
1R Xpsr158 26.3
1R Xabc160 32.1
1R Xscg75 34.2
1R Xbcd1072 36.6
1R C1_1RS 39.1 |
1R Xpgk 48.3 | Centromere
1R Xbcd738 49.4
1R Xcdo344u 49.4
1R Xsec3 51.2
1R Xuah39a 52.7
1R Xcdo99e 55.3
1R Xbcd442 60.6
1R Xbcd304_ 66.6
1R Xadh 67.7
1R Xcsih69_ 69.9
1R Xbcd371 69.9
1R Xpsr162_ 69.9
1R Xpsr547b 71.2
1R Xbcd98 76.2
1R Xwg241 79.5
1R Xbcd342u 86.0
1R Xpsr958 88.4
1R Xscg170e 91.2
1R Xbcd304r 91.2
1R Xbcd1261 103.6
1R Xscg78b 103.6
1R Xadpg2r 119.7
2R Xcdo59 0.0
2R Xpsr107 3.4
2R Xcdo718 3.4
2R Xcdo795 7.3
2R Xbcd1086 8.4
2R Xbcd292 8.4
2R Xbcd880 14.3
2R Xcdo1328b 14.3
2R Xpsr386 22.2
2R XksuD17 25.3
2R Xbcd120 28.5
2R Xbcd111 32.9
2R Xbcd102 36.6
2R Xpsr131 44.4
2R Xscg46 47.7
2R Xscg60.2 48.7 |
2R Xcdo78 56.7 | Centromere
2R Xpsr151 58.3 |
2R Xpsr1200 63.5
2R Xcdo36 68.8
2R Xcdo595 70.3
2R Xscg50 72.3
2R Xcdo147c 72.3
2R Xscg57 74.5
3R Xscg23 0.0
3R XFbp 0.0
3R Xscg81 5.7
3R Xcdo118 6.7
3R Xscg186 9.8
3R Xscg145b 16.6
3R Xiag111 22.8
3R Xscg223 33.2
3R Xbcd402u 41.9
3R Xabc465 45.9
3R Xbcd349 46.8
3R Xcdo1396sc 48.7
3R Xbcd1823a 50.5
3R Xscg26.1 54.0
3R Xscg9u 54.7
3R Xbcd828 58.4
3R Xscg24 65.4
3R Xbcd1532e1 66.5
3R Xpsr903 67.8
3R Xscg206e 69.1
3R Xscg202u 71.1
3R Xpsr902 79.0 | Centromere
3R Xpsr1149 82.8 |
3R Xscg9.e1 83.6
3R Xscg187u 86.0
3R Xbcd240 88.4
3R Xbcd131.1 104.2
3R Xabc160u 104.2
3R Xscg143u 106.9
4R Xuah103 0.0
4R Xbcd115 0.0
4R Xpsr954 0.6
4R Xscg143 2.2 |
4R Xpsr485 7.7 |
4R Xabc454u 10.8 | Centromere
4R Xiag220u 20.1 |
4R Xpsr167bx 27.2 |
4R Xpsr604 27.8
4R Xpsr943 30.4
4R Xbcd265 33.5
4R Xscg206 41.8
4R Xuah82 47.5
4R Xiag94 58.7
4R Xiag115 58.7
4R Xpsr131u 60.6
4R Xuah52 71.7
4R Xiag68 81.3
4R Xpsr108 83.4
4R Xbcd123Ou 86.9
4R Xpsr662 90.6
4R Xcdo1328 98.8
4R Xcdo836 102.3
5R Xbcd1117e 0.0
5R Xscg25 6.0
5R Xscg130u 8.1
5R Xcdo122 28.8
5R Xwms6 28.8
5R Xscg173 30.8
5R Xuah97 47.2
5R Xbcd202e 50.7
5R Xpsr628 58.6 |
5R Xcdo572 62.6 |
5R Xscg170 62.6 | Centromere
5R Xbcd147e 63.7 |
5R Xpsr426 63.7 |
5R Xcdo456 65.3
5R Xscg219u 68.4
5R Xbcd603 74.5
5R Xscg1.2 81.1
5R Xscg244 85.1
5R Xscg222 91.8
5R Xuah48 96.9
5R Xpsr604u 106.8
6R Xscg202 0.0
6R Xscg33.2 4.7
6R Xscg187 16.6
6R Xiag94e 26.1
6R Xuah30e 28.4
6R Xuah30 30.2
6R Xcdo1081 32.8
6R Xpsr312 38.8 |
6R Xcdo405 53.2 |
6R Xscg146 61.1 | Centromere
6R Xcdo345d 66.8 |
6R Xpsr371 66.8 |
6R Xscg184sc 68.2
6R Xpsr142 79.9
6R Xuah61 92.4
6R Xscg217 93.2
6R Xpsr1149b 94.6
6R Xbcd265.2 97.6
6R Xcdo244 113.1
6R Xbcd385 114.4
7R Xscg33 0.0
7R Xscg145 5.0
7R Xpsr104 6.9 |
7R Xbcd1092 14.1 | Centromere
7R Xbcd808.2 15.7 |
7R Xpsr690 19.9
7R Xcdo545 19.9
7R Xuah6a 23.8
7R Xpsr303 28.5
7R Xpsr311 30.0
7R Xscg27 32.6
7R Xpsr944.s 33.5
7R Xpepco 38.5
7R Xpsr117 50.0
7R Xbcd110sc 51.7
7R Xpsr56 54.6
7R Xbcd207 55.1
7R Xpsr169 60.3
7R Xpsr129 63.4
7R Xbcd265.1 78.0
7R Xpsr547 82.0
7R Xbcd147a 82.0
7R Xscg78 98.5