Autoradiogram Images

Wheat Group 1 to 3 Chromosomes

From Allen Van Deynze, Sep 1994, and Clare Nelson, Mar 1995

To see an autoradiogram of the polymorphisms mapped, click on the name of the marker.

Chromosome	Locus	Map Position
1A	XksuD14.1	0
1A	Xgli1	5.1
1A	XksuD14.2	8.5
1A	Xcdo426	19
1A	Xabc156	26.4
1A	Xgli3	29.2
1A	XksuE18	32.1
1A	Xbcd98.1	37.1
1A	Xbcd98.2	38.9
1A	XksuG9	40.6
1A	Xmwg67	44.1
1A	Xcdo580	46.3
1A	Xrz244	48.7
1A	Xbcd1072	55.7
1A	Centromere	56.5
1A	Xcdo98	57.2
1A	Xabg373	57.2
1A	Xabg452	57.2
1A	Xwg605	57.2
1A	Xcdo473	62.4
1A	Xbcd1407	67
1A	Xcdo312	71.5
1A	Glu-1	80.7
1A	Xbcd808.1	82.7
1A	Xbcd1889	82.7
1A	XksuE3	82.7
1A	Xcmwg733	93.8
1A	Xbcd808.2	94.9
1A	Xbcd1930	94.9
1A	Xbcd265	96
1A	Xcmwg706	105
1A	XksuH9	107.2
1A	XksuH14	109.3
1A	Xcdo1160	127.1
1A	Xmwg632	144.8
1A	Xmwg912	155.6
1A	XksuE11.1	159.1
1A	Xcdo393	160.7
1A	Xwg241	164.1
1A	XksuE11.2	165.0
1B	XksuD14	0
1B	XGli1	5.1
1B	Xmwg837.1	7.3
1B	Xwhs179	7.3
1B	Xmwg938	14.6
1B	Xcdo388	16.7
1B	Xmwg68	16.7
1B	XGli3	18.7
1B	Xabc156	20.9
1B	XksuF43.1	20.9
1B	XksuF43.2	23
1B	XksuE18	25.1
1B	Xbcd340	30.5
1B	Xbcd1124	30.5
1B	XksuE19	30.5
1B	Xrz166	30.5
1B	Xbcd1796	30.5
1B	Xcdo1340	30.5
1B	Nor-B1	34.2
1B	Xcdo1173	35.9
1B	Xcdo618	36.4
1B	Xbcd762	36.4
1B	Xcdo127	36.4
1B	Xwg811	36.4
1B	Centromere	36.4
1B	Xbcd200	36.4
1B	Xbcd338	36.4
1B	Xwg605	36.9
1B	Xcdo98	36.9
1B	Xabg373	38.1
1B	Xbcd1449	38.1
1B	Xcdo92	38.1
1B	Xmwg837.2	38.1
1B	Xbcd12	39.2
1B	Xbcd386	44.1
1B	Xcdo278	44.1
1B	Xglk136	44.1
1B	Xcmwg645	44.1
1B	Xcmwg758	44.1
1B	Xcdo637	49
1B	Xbcd1150.1	56.9
1B	Glu-B1	60.2
1B	Xbcd1150.2	63.4
1B	Xcmwg733	71.3
1B	Xbcd442	77.5
1B	Xbcd441	82
1B	Xbcd304	86.4
1B	Xmwg69	87.6
1B	XksuG34	88.8
1B	Xbcd1562	91.3
1B	XksuE11.1	91.3
1B	Xbcd508	103.8
1B	Xbcd1514	109.3
1B	Xbcd1261	109.3
1B	Xcdo1189	109.3
1B	Xcdo346	121.5
1B	Xmwg912	133.7
1B	XksuE11.2	133.7
1B	XksuI27	136
1D	XGli1	0
1D	XksuD14.1	11.1
1D	Xwhs179.1	12.3
1D	Xbcd1434	13.4
1D	XksuD14.2	13.4
1D	Xmwg938	17.6
1D	Xwhs179.2	22.5
1D	Xmwg837	27.3
1D	Xabc156	32.1
1D	Centromere	51.3
1D	Xcdo89	51.3
1D	Xcdo312	70.4
1D	Glu-1	74
1D	XksuG55	77.6
1D	XksuD49	78.5
1D	XksuG2	81.4
1D	Xbcd1930	85.6
1D	Xcmwg733	89.8
1D	Xcmwg701	108.7
1D	XAdh	109.4
1D	XATPase	120.5
1D	Xbcd508	120.5
1D	Xcmwg693	120.5
1D	Xbcd1261	132.3
1D	Xcdo1420	137.7
1D	XksuE11	143
1D	XksuI27.1	144.4
1D	XksuI27.2	147.9
1D	Xwg241	152.1
2A	Xbcd348.1	0
2A	Xfba082	2
2A	Xcdo456.1	3.9
2A	Xcmwg682	6.8
2A	Xfba070.1	6.8
2A	Xcdo447	9.6
2A	Xcdo456.2	29.4
2A	Xfba070.2	37
2A	Xbcd348.2	44.5
2A	Xbcd718	46.1
2A	Xcdo57	47.6
2A	Xcdo1090	48.7
2A	Xfbb072	49.3
2A	Xbcd1970	49.8
2A	Xfbb061	50.5
2A	Xfbb289	52.3
2A	XksuD18	54.1
2A	Xfba280	61.8
2A	Xfba198	61.8
2A	Xfba178	69.5
2A	Xfbb329	76.7
2A	Xfba300	77.7
2A	Xfba272	78.7
2A	Xbcd1184	80.7
2A	Xfbb226	96.8
2A	Xbcd152	112.8
2A	Xwsu1	115.3	old name Xbs128
2A	Xcdo1281	117.7
2A	Xfba106	118.4
2A	Xbcd1688	118.4
2A	Xcdo405	118.4
2A	Xbcd161	119.1
2A	Xbcd855	119.6
2A	Xrz395	120.1
2A	Xfba359	121.2
2A	Xfba374	121.2
2A	Xcdo1376	122.2
2A	Centromere	126.7
2A	Xfbb212	126.7	Position relative to centromere not determined
2A	Xfbb353	126.7	Position relative to centromere not determined
2A	Xbcd543	131.7
2A	XksuG5	135.5
2A	Xfbb284	135.5
2A	XksuE16	139.9
2A	XksuD22	141.8
2A	Xbcd1095	146.4
2A	Xfbb276	152.2
2A	Xpsr934	158.0
2A	Xfba385	162.5
2A	Xcdo678	166.7
2A	Xcdo1410	167.6
2A	XksuF41	167.6
2A	Xbcd292	168.5
2A	Xbcd410	169.6
2A	XksuH16	171.3
2A	Xfba008	174.3
2A	XksuF11	177.3
2A	Xfba314	186.3
2B	Xfbb274	0
2B	Xfba280	4.4
2B	Xbcd1184	14.9
2B	Xfba029	16.3
2B	Xfbb062.1	16.3
2B	Xfba272	20.0
2B	Xfbb040	24.1
2B	Xfbb121	28.2
2B	Xfba004	29.5
2B	Xbcd18	30.7
2B	Xrz69	34.5
2B	Xrz444	38.8
2B	Xfba106	44.2
2B	Xmwg950	49.6
2B	Xtam72	53.8
2B	Xcdo405	58.3
2B	Xwsu	160.1	old name Xbs128
2B	Xfbb047	62.1
2B	Xfba374	62.1
2B	Xfbb347	62.1
2B	Xbcd152	64.0
2B	Xbcd1709	66.1
2B	Xtam18	67.1
2B	XksuF11	68.5
2B	Xcdo370	69.7
2B	Xbcd260	70.8
2B	Centromere	73.5
2B	Xfbb075	73.5	Position relative to centromere not determined
2B	Xfbb021	73.5
2B	Xfbb004	73.5	Position relative to centromere not determined
2B	Xfbb226	73.5	Position relative to centromere not determined
2B	Xwg996	76.2
2B	Xcdo388	78.6
2B	Xbcd1119	80.9
2B	Xfbb335	89.4
2B	Xfba199	89.4
2B	Xbcd445	92.9
2B	Xcdo684	98.0
2B	Xbcd1779	102.2
2B	Xbcd307	109.6
2B	Xmwg2025	113.7
2B	Xfbb284	117.5
2B	Xfba062.2	118.5
2B	Xfba276	118.5
2B	Xfba061	118.5
2B	Xfba345	119.6
2B	Xbcd1095	122.9
2B	Xbcd135	125.2
2B	Xwsu2	126.1	old name XKABAG
2B	Xfba116	127.0
2B	Xmwg546	129.8
2B	Xfbb113	138.6
2B	Xfba359	147.3
2B	Xcdo678	151.5
2B	Xcmwg660	153.8
2B	Xfba385	157.6
2B	Xglk558	160.3
2B	XksuD23	166.5
2B	Xcdo36	171.6
2B	Xfba310	178.7
2B	Xbcd1231	185.8
2D	Xfba349	-3
2D	W2I	0
2D	Xcmwg682	15.9
2D	Xcdo456	22.9
2D	Xfba083	25.5
2D	Xbcd18	28.1
2D	Xbcd1970	30.3
2D	Xbcd718	34.4
2D	Xbcd102	40.5
2D	Xfba400	48.9
2D	Xfba088	57
2D	Xfbb274	57
2D	Xbcd611	57
2D	Xcdo1379	65.0
2D	Xfba272	73.5
2D	Xcdo1479	81.9
2D	Xbcd262	89.1
2D	Xfbb279	98.4
2D	Xwsu1	107.6	old name Xbs128
2D	Xcdo405	114.2
2D	Xfba341.1	119.5
2D	Xfba038	119.5
2D	Xfba065	119.5
2D	Xbcd260	124.5
2D	Centromere	128.5
2D	Xbcd120	132.4
2D	Xbcd111	133.8
2D	Xtam8	147.4
2D	Xfbb099	149.0
2D	Xfba074	149.8
2D	Xfba062	154.9
2D	Xfbb122	154.9
2D	Xfba111	154.9
2D	Xfbb032	154.9
2D	Xfba341.2	156.5
2D	Xfbb284	156.5
2D	Xfba061	156.5
2D	Xfba064	156.5
2D	Xfbb068	162.1
2D	Xcdo1008	165.7
2D	Xfba102	170.1
2D	Xfba116	170.1
2D	Xfbb009	170.9
2D	Xfbb251	174.3
2D	Xfbb072	177.9
2D	XksuH9	182.9
2D	Xglk558	183.5
2D	XksuD23	184.1
2D	Xfba209.1	186.1
2D	Xrz444	186.1
2D	Xfbb377	186.1
2D	Xbcd410	186.1
2D	XksuH16	188.1
2D	Xcdo36	196.2
2D	Xfba314	199.2
2D	Xfba311	202.2
2D	Xfba209.2	205.2
3A	Xfbb370	-3
3A	Xglk683	0
3A	Xbcd15	5.1
3A	Xtam61	10.1
3A	Xtam47	13.3
3A	Xcdo460	16.5
3A	Xfba366	20
3A	Xbcd1428	23.4
3A	Xfba091	24.9
3A	Xcdo395	28.6
3A	Xabg460	33.7
3A	Xcdo1164	33.7
3A	Xbcd1823	38.7
3A	Xcdo1345	40.1
3A	Xabg471	40.1
3A	Xbcd706	41.5
3A	Xmwg22	42.9
3A	Xcdo1435	43.6
3A	Xmwg14	44.3
3A	Xbcd1532	46.7
3A	XksuA6	49.1
3A	Xcdo638	51.2
3A	Xfba127	53.9
3A	Xpsr903	56.5
3A	Centromere	58
3A	Xbcd1145	60
3A	ATPase	63.4
3A	Xcdo54	64.3
3A	Xcdo1174	65.2
3A	Xbcd366	65.4
3A	Xbcd828	65.6
3A	Xmwg802	66.5
3A	Xcdo118	67.4
3A	Xwg177	73.3
3A	Xcdo281	74
3A	XksuH2	74.7
3A	Xbcd2044	76.8
3A	Xbcd115	78.8
3A	Xbcd452	79.9
3A	Xfbb271	80.9
3A	Xmwg961	82.1
3A	Xfbb277	85.3
3A	Xtam33	85.3
3A	Xfbb353	88.4
3A	Xfbb332	93.1
3A	Xfba175	97.7
3A	Xmwg30	115.7
3A	Xbcd372	132.8
3A	Xfbb293.1	149.9
3A	Xbcd1773	154.7
3A	Xtam63	161.7
3A	Xabc172.1	171.3
3A	Xabc172.2	195.1
3A	Xfbb293.2	195.1
3A	Xmwg12	199.5
3A	Xfbb237	203.9
3A	Xmwg11	203.9
3A	Xcdo482	209.8
3A	Xbcd451	231.1
3B	Xfba311	-3
3B	Xbcd907	0.0
3B	Xfbb147.1	4.7
3B	XksuG53	9.4
3B	Xfba190	14.3
3B	Xfbb166	17.0
3B	Xcdo460	23.7
3B	Xfbb185	28.5
3B	Xtam47	33.3
3B	Xtam61	42.8
3B	Xfba091	61.5
3B	Xfbb142	66.4
3B	Xfbb315	66.4
3B	Xfbb024	67.3
3B	Xcdo1164	71.3
3B	Xabg471	82.2
3B	Centromere	87
3B	ATPase.1	93.1
3B	Xfbb283	96
3B	Xbcd1380.1	98.9
3B	XksuH7	101.4
3B	Xcdo328	103.2
3B	Xpsr689	107.0
3B	Xpsr903	109.6
3B	Xbcd1380.2	111.9
3B	Xfbb117	114.2
3B	Xfbb156	118.9
3B	Xfba220	120.7
3B	Xfba242	120.7
3B	Xfbb348	120.7
3B	ATPase.2	122.5
3B	Xfba214	124.8
3B	Xfbb177	124.8
3B	Xfba213	124.8
3B	Xbcd809	127.1
3B	Xbcd1418	129.6
3B	Xcdo583	130.4
3B	Xcdo718	131.1
3B	Xmwg818	134.9
3B	Xbcd1555	140.6
3B	Xbcd141	140.6
3B	Xmwg69	146.3
3B	Xfbb168	150.4
3B	Xbcd147	150.4
3B	Xfbb147.2	150.7
3B	Xfbb378	154.5
3B	Xfbb274	167.6
3B	Xbcd131	180.6
3B	Xabc174	193.3
3B	Xfba171	198.2
3B	Xfba360	203.1
3B	Xcdo105	205.6
3B	Xbg131	216.9
3B	Xfba008	223.3
3B	Xfba167	226.4
3B	Xfbb316	226.4
3B	Xfba235	229.4
3B	Xfba217	232.9
3B	Xtam63	236.4
3B	Xfba133	248.6
3B	Xfba310	248.6
3B	Xfbb293	248.6
3B	Xmwg11	260.7
3D	Xcdo549	0
3D	Xbcd907	5.8
3D	Xfbb370	11.6
3D	Xfba190	14.3
3D	Xbcd1802	22.7
3D	Xfba091	33.8
3D	Xfba241	44.6
3D	Xbcd1532	47.8
3D	Xcdo1435	50.1
3D	Xmwg22	53.4
3D	Xcdo407	56.9
3D	XksuA6	62.6
3D	Xfbb324	70.1	Position relative to centromere not determined
3D	Xfba330	70.1	Position relative to centromere not determined
3D	Xmwg688	77.5	Position relative to centromere not determined
3D	Centromere	77.5
3D	Xbcd134	82.6
3D	Xabc176	88.9
3D	Xcdo1406	92.6
3D	Xbcd288	96.3
3D	Xfbb023	99.3
3D	Xfbb237	102.2
3D	Xbcd22	113.0
3D	Xbcd372	114.3
3D	Xbcd1555	115.6
3D	Xwg110	118.4
3D	Xbcd515	121.1
3D	XksuD19	124
3D	XksuH15	126.8
3D	Xbcd361	130.8
3D	Xfba310	134.7
3D	Xfbb117.1	137.2
3D	Xfba027	139.7
3D	Xfba389	139.7
3D	Xfbb147	140.2
3D	Xfbb269	140.6
3D	Xabc174	141.6
3D	Xfbb316	142.5
3D	Xfbb117.2	156.9
3D	XksuE14	156.9
3D	XksuG59	171.3

150 F7 lines were derived by single-seed descent from the Triticum aestivum cross Altar84/Ae. squarrosa (219) CIGM86.940 x Opata M 85. Mapping was carried out in 114 lines, numbers 1 - 60 and 62 - 115.

The map was constructed with Mapmaker version 2.0. For the maps of homoeologous group 1 a LOD threshold of 3.0 was required for placement on the framework; for the other groups a LOD of 2.0 was permitted. Markers with lower LOD values were assigned to intervals. Markers were assigned to chromosomes and arms based on the hybridization patterns of their probes with Chinese Spring nullitetrasomic and ditelosomic stocks.

Map positions in cM (Kosambi). Markers indicated without a value for "Map Position" were mapped only to the indicated interval.

References:

A.E. Van Deynze, J. Dubcovsky, K.S. Gill, J.C. Nelson, M.E. Sorrells, J. Dvorak, B.S. Gill, E.S. Lagudah, S.R. McCouch, R. Appels. 1995. Molecular-genetic maps for group 1 chromosomes of Triticeae species and their relation to chromosomes in rice and oat. Genome 38:45-59.

J.C. Nelson, A.E. Van Deynze, E. Autrique, M.E. Sorrells, Y.H. Lu, M. Merlino, M. Atkinson, P. Leroy. 1995. Molecular mapping of wheat. Homoeologous Group 2. Genome, in press.

J.C. Nelson, A.E. Van Deynze, E. Autrique, M.E. Sorrells, Y.H. Lu, S. Negre, M. Bernard, P. Leroy. 1995. Molecular mapping of wheat. Homoeologous Group 3. Genome, in press.

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