Group 4AL:5BL:5DL

Revise:

Xpsr115-4A,5B,D; Replace with `Xpsr115(Pk)-4A,5B,D [585]<sup>b</sup>.' and add `[Xpsr115-4A,5B,D (585)].' in second column.

Group 7BS:5BL:5DL

Revise:

XksuG7; Add '5B' in the last column.

Group 5

Note: The following markers were moved to the 5S group.

Xglk317, Xglk319, XksuA3, and XksuI26.

Note: The following markers were moved to the 5L group.

Xglk165, Xglk251, Xglk614, Xglk644, Xglk695, XksuD16, XksuD42, XksuG7, and XksuM2.

Revise:

Xpsr167-5B; Replace with `Xpsr167(Hpr)-5B [950]<sup>b</sup>.' and add `[Xpsr167-5B (950)].' to second column.

Add:

Xabgp58-5B (9744). ABG058F/ABG058R. (2B, 7B).

Xabgp391-5A,B,D (9744). ABG391F/ABG391R. (4A).

XksupD15-5B,D (9744). KSUD15F/KSUD15R. (1D, 7B,D).

XksupD16-5B (9744). KSUD16F/KSUD16R. (4A).

XksupG44-5B,D (9744). KSUG44F/KSUG44R.

Xpsp3090-5D (9741). PSP3090/PSP3090R.

Xpsr172(Lhcb1)-5A,B,D (9754). PSR172. (1A, 7A,B,D).

Group 6S

Revise :

XksuG8-6B,D; Replace first column with `XksuG8-6A(9739)², 6B [96114]¹, (9596)², 6D (309)⁴, (96114)¹, (9589)¹' in first column.'

Xpsr106-6A,B,D; Replace with `Xpsr106(Cyc)-6A,B,D [429]<sup>b</sup>.' and add `[Xpsr106-6A,B,D (429)].' in second column.

Xpsr141-6A,B,D; Replace with `Xpsr141(Pgk1-2)-6A,B,D [429]<sup>b</sup>.' and add `[Xpsr141-6A,B,D (429)].' in second column.

Xpsr167-6A,B,D; Replace with `Xpsr167(Hpr)-6A,B,D [950]<sup>b</sup>.' and add `[Xpsr167-6A,B,D (950)].' in second column.

Xpsr477(Pgk2)-6A,B,D; Replace with `Xpsr477(Pgk1-2)-6A,B,D [138].' and add `[Xpsr477(Pgk2)-6A,B,D].' in second column.

Add:

Xmgb56-6A (9739)². MGB56.

Xmwg573-6A.2 (96119)³. MWG573. (6AL).

Xpsp3009-6B (9741,9743). PSP3009F/PSP3009R.

Xpsp3029-6A.2 (9743). PSP3029F/PSP3029R. (2A, 6AL).

Xpsp3058-6D (9743). PSP3058F/PSP3058R. (2D, 4A).

Xpsp3071-6A (9741,9743). PSP3071F/PSP3071R.

Xpsp3079-6B (9743). PSP3079F/PSP3079R. (4D, 7D).

Xpsp3200-6D (9743). PSP3200F/PSP3200R.

Group 6L

Revise:

Xmwg573-6A; Change `Xmwg573-6A' to `Xmwg573-6A.1' and add `(6A^m)' in last column.

XksuD17-6A,B,D: delete previous entry and substitute

'XksuD17-6A,B (96114), 6D (96114, 96113). pTtksuD17.'

XksuG48-6D and XksuG48-6A,D: delete both entries and substitute

'XksuG48-6A (96113), 6D (9589,96113).

[XksuG48(A) (9589)]. pTtksuG48 (309).

[DG G48 (9589)].'

Xpsr142-6A,B,D; replace with `Xpsr142(Prk)-6A,B,D [429]<sup>b</sup>.' and add `[Xpsr142-6A,B,D (429)].' to second column.

Add:

Xpsp3029-6A.1 (9743). PSP3029F/PSP3029R. (2A, 6AS).

Xpsp3131-6B (9741,9743). PSP3131F/PSP3131R.

Xpsp3152-6A (9741,9743). PSP3152F/PSP3152R.

Group 6

Add:

Xabcp158-6D (9744). ABC158F/ABC158R. (1D, 3D).

Xabcp309-6A (9744). ABC309F/ABC309R. (3D).

XksupE8-6B (9744). KSUE8F/KSUE8R. (2B, 4D, 7D).

XksupF15-6A,B,D (9744). KSUF15F/KSUF15R. (2A,B, 3A).

XksupM148-6B (9744). KSUM148F/KSUM148R. (1B, 2A, 4B,D).

Xpsp3070-6A (9741). PSP3070F/PSP3070R. (7D).

Xpsp3139-6B (9741). PSP3139F/PSP3139R.

Xwgp232-6B (9744). WG232F/WG232R. (4A,D, 7A).

Group 7S

Revise:

Xglk651; Add '(5B,D).' in the last column.

Xwg909; Add '(5A,D).' in the last column.

Xpsr108-7A,B,D; Replace with `Xpsr108(Glp3)-7A,B,D [140]<sup>b</sup>.' and add `[Xpsr108-7A,B,D (140)].' in second column.

Xpsr150-7A,B,D; Replace with `Xpsr150(Hsp82)-7A,B,D [140]<sup>b</sup>. and add `[Xpsr150-7A,B,D (140)].' in second column.

Add:

Xpsp3001-7A.2 (9743). SP3001F/PSP3001R. (3B, 7AL).

Xpsp3050-7A (9741,9743). PSP3050F/PSP3050R.

Xpsp3113-7D (9741,9743). PSP3113F/PSP3113R.

Xpsp3114-7A (9741,9743). PSP3114F/PSP3114R.

Xpsr479(Brz)-7A* [96119]³.

[XBrz-7A (96119)]. pBz.Hv8-3 (9752).

Xwms44-7D (9736). WMS44F/WMS44R.

Whether Xwms44-7D belongs to group 7S or group 7AS:4AL:7DS is unknown.

Xwms46-7B (9736). WMS46F/WMS46R.

Group 7AS:4AL:7DS

Revise:

Xpsr119-7A,4A,7D; Replace with `Xpsr119(Fedr)-7A,4A,7D [140]<sup>b</sup>.' and add `[Xpsr119-7A,4A,7D (140)].' to second column.

Add:

Xglk576-7A (594,9740). pTag576.

Xpsp3028-4A (9743). PSP3028F/PSP3028R.

Xpsp3119-4A (9741,9743). PSP3119F/PSP3119R. (7B).

Group 7L

Revise:

XksuG7; Add '(5A,D).' in the last column.

XksuG12; Add '5D' in the last column.

Xpsr56-7A,B,D; Replace with `Xpsr56(Caa)-7A,B,D [139,140,182]<sup>b</sup>.' and add `[Xpsr56-7A,B,D (139, 140, 182)].' in second column.

Xpsr121(Glb3)-7A,B,D: substitute '9547' for '344'.

Xpsr148-7A,B,D; Replace with `Xpsr148(Cat0)-7A,B,D [181]<sup>b</sup>.' and add `[Xpsr148-7A,B,D (181)].' in second column.

Xpsr165-7A,B,D; Replace with `Xpsr165(Sdh)-7A,B,D [139,140]<sup>b</sup>.' and add `[Xpsr165-7A,B,D (139, 140)].' in second column.

Xpsr169-7A,B,D; Replace with `Xpsr169(Caa)-7A,B,D [139,140]<sup>b</sup>.' and add `[Xpsr169-7A,B,D (139, 140)].' in second column.

Xwia484(Glb3)-7A,B,D: substitute '9547' for '344'.

Add:

Xpsp3001-7A.1 (9743). PSP3001F/PSP3001R. (3B, 7AS).

Xpsp3033-7B (9741). PSP3033F/PSP3033R.

Xpsp3078-7D (9743). PSP3078F/PSP3078R. (4D, 6B).

Xpsp3081-7B (9743). PSP3081F/PSP3081R.

Xpsp3094-7A.1 (9741,9743). PSP3094F/PSP3094R. (7DL).

Xpsp3094-7D.2 (9743). PSP3094F/PSP3094R. (7AL).

Xpsp3123-7D (9741,9743). PSP3123F/PSP3123R.

Xwms37-7D (9736). WMS37F/WMS37R.

Xwms43-7B (9736). WMS43F/WMS43R.

Group 7

Note:

Xglk576 moved to 7AS:4AL:7DS.

Add:

Xabgp58-7B (9744). ABG058F/ABG058R. (2B, 5B).

Xabgp618-7D (9744). ABG618F/ABG618R. (4A).

Xabgp701-7A,B (9744). ABG701F/ABG701R.

Xcdop213-7D (9744). CDO213F/CDO213R. (1A, 4B).

XksupD2-7A,B,D (9744). KSUD2F/KSUD2R.

XksupD15-7B,D (9744). KSUD15F/KSUD15R. (1D, 5B,D).

XksupE8-7D (9744). KSUE8F/KSUE8R. (2B, 4D, 6B).

XksupG49-7D (9744). KSUG49F/KSUG49R. (4A).

Xpsp3003-7D (9741). PSP3003F/PSP3003R. (1A).

Xpsp3013-7B (9741). PSP3013F/PSP3013R.

Xpsp3034-7B (9741). PSP3034F/PSP3034R. (2B).

Xpsp3035-7D (9741). PSP3035F/PSP3035R. (3B).

Xpsp3045-7D (9741). PSP3045F/PSP3045R.

Xpsp3063-7A (9741). PSP3063F/PSP3063R.

Xpsp3070-7D (9741). PSP3070F/PSP3070R0. (6A).

Xpsp3082-7A (9741). PSP3082F/PSP3082R.

Xpsp3119-7B (9741). PSP3119F/PSP3119R. (4A).

Xpsr172(Lhcb1)-7A,B,D (9754). PSR172. (1A, 5A,B,D).

Xwgp232-7A (9744). WG232F/WG232R. (4A,D, 6B).

Glume Colour

2. Black

Add at the end of the section:

`ma: Cosegregation was shown between Bg and the Nor9 locus in T. monococcum (96119)³.

6. Chocolate chaff

cc. 7BS (9701). dv: CBC-CDd1 (9701).

Grain Hardness/Endosperm Texture

Add after the Ha section:

'ma: Ha was found to be closely linked to Xmta9(Pui1)-5D (9759). Also, single-factor effects on hardness were found for 2A, 2D, 5B, and 6D, and interactive effects were found for 5A, 6D, and 7A.

Grain softness proteins (GSPs), or friabilins, are 15-kDa polypeptides that are associated with purified starch granules from soft-grained wheat.

Gsp-A1 (9755). [GSP (9755)]. 5A (9755). v: CS (9755).

Gsp-B1 (9755). [GSP (9755)]. 5B (9755). v: CS (9755).

Gsp-D1 (9755). [GSP (9755)]. 5DS (9755). v: CS (9755).

ma: Co-segregation of Gsp-D1 and Ha was reported (9755).'

Height

Reduced height.

(See notes at end of section concerning a proposal for renaming loci with set nomenclature).

Add at the end of the Rht1 section:

`ma: Linkage was shown between Gai1 - Xpsr622 with a genetic distance of 1.8 cM in a tetraploid cross (9739)².'

`Temporary designation

Rht1(B-dw) (9745) v: Krasnodari 1 (a spontaneous GA-insensitive offtype of Bezostaya 1 (9745).'

Add at the end of the Rht10 section:

'RhtAi-bian1a (9749) v: Ab-ian1a (a spontaneous mutant of Ai-bian1) (9749).'

Note to add at end of Rht section

`Proposed new symbols (9748).' (This section will be reviewed next year)

Rht-B1A = rht (tall allele on 4BS)

Rht-B1b = Rht1

Rht-B1c = Rht3

Rht-B1d = Rht1S

Rht-B1e = Rht (B.dw)

Rht-B1f = Rht T. aetiopicum

Rht-D1a = rht (tall allele in 4DS)

Rht-D1b = Rht2

Rht-D1c = Rht10

Rht-D1d = Rht Ai-bian1a

These symbols were employed in 9750. To date there has been no report of a break in the linkage of the Rht and Gai phenotypes at Rht-B1 and Rht-D1. Rht-D1 genes map 6 cM distal to Xucb821(PhyA) and 4 cM proximal to Xpsr1871(Pki) (9547).

Osmoregulation

or (733). 7A (733), 7AS (9740). etc

ma: Or was mapped to the short arm of 7AS, 13 cM proximal to Xpsr119 (9740).

Proteins

1. Grain Protein Content (previously 'Seed Protein')

QGpc.ndsu-6B (9751). 6BS (9751). tv: Langdon (9751).

QGpc.ndsu-6Ba (9751). tv: Langdon (9751.

QGpc.ndsu-6Bb (9751). tvs: Langdon-T.t. dicoccoides 6B (9751).

Quantitative trait loci (QTL) mapped include the following:

ma:

QGpc.ndsu-6B associated (LOD score = 18.9) with the interval between Xmwg79-6B and Xabg387-6B. These loci were mapped in 6BS as follows: Xmwg79-6B - 5.9 cM - Xabg387-6B - 9.0 cM - centromere (9751).

QPro.mgb-4B associated at P<=0.001 with Gai1 and Xpsr622 (9739)².

QPro.mgb-5A associated at P<=0.05 with Xpsr911 (9739)².

QPro.mgb-6A.1 associated at P<=0.01 with Xpsr167 and XksuG8 (9739)².

QPro.mgb-6A.2 associated at P<=0.05 with Xmgb56 (9739)².

QPro.mgb-6B associated at P<=0.05 with Gli-B2 (9739)².

QPro.mgb-7B associated at P<=0.01 with Xpsr490(Ss1) and Pc (9739)².

2. Enzymes

VIII. Glucosephosphatase isomerase

Gpi-S^l1 (9746). 1S^l (364), 1S^lS (9746). ma: Ae. longissima 2 x Ae. longissima 10 (9746).

(For linkage information, see comment below).

Gpi-S^l1 , two glutein loci, and three gliadin loci were mapped relative to one another in Ae. longissima as (9746) as follows: Glu-S^l1 - 15.9 cM - Gpi-S^l1 - 38 cM - Gli-S^l4 - 7.1 cM - Glu-S^l3 - 0.9 cM - Gli-S^l1 - 5.6 cM - Gli-S^l5. Glu-S^l1 is located in 1S^lL and the other loci are in 1S^lS.

XV. Phosphogluconate dehydrogenase

Add:

'Pgd-A3. 7A^mS (96119).'

3. Endosperm Storage Proteins

I. Glutenins

Glu-S^l1 (9746). 1S^lL (9746). ma: Ae. longissima 2 x Ae. longissima 10.

(For linkage information, see comment below).

Glu-S^l3 (9746). 1S^lS (9746). ma: Ae. longissima 2 x Ae. longissima 10.

(For linkage information, see comment below).

Glu-S^l1, Glu-S^l3 , one glucose phosphate isomerase locus, and three gliadin loci were mapped relative to one another in Ae. longissima as (9746) as follows: Glu-S^l1 - 15.9 cM - Gpi-S^l1 - 38 cM - Gli-S^l4 - 7.1 cM - Glu-S^l3 - 0.9 cM - Gli-S^l1 - 5.6 cM - Gli-S^l5. Glu-S^l1 is located in 1S^lL and the other loci are in 1S^lS.

II. Gliadins

Gli-S^l3 (9746). 1S^lS (9746). ma: Ae. longissima 2 x Ae. longissima 10.

(For linkage information, see comment below).

Three gliadin loci, one glucose phosphate isomerase locus, and two glutein loci and were mapped relative to one another in Ae. longissima (9746) as follows: Glu-S^l1 - 15.9 cM - Gpi-S^l1 - 38 cM - Gli-S^l4 - 7.1 cM - Glu-S^l3 - 0.9 cM - Gli-S^l1 - 5.6 cM - Gli-S^l5. Glu-S^l1 is located in 1S^lL and the other loci are in 1S^lS. It is not clear how Gli-S^l4 and Gli-S^l5 relate to the Gli-4 and Gli-5 sets described above.

5. Other Proteins

V. Salt soluble globulins

ma: The Glo-1 loci were mapped distally in the short arms of the group 1 chromosomes. Glo-A1 maps 5.2 cM distal to Gli-A1 in 1A and Glo-D1 maps 2.9 cM distal to Gli-D1 in 1D (9747).

VI. Starch granule proteins

Sgp-A1 (9758). 7AS (9758). v: CS.

Sgp-A1a (9758). v: CS.

Sgp-A1b (9758). v: Chosen 30, Chosen 57 (null).

Sgp-A1c (9758). v: Hua Non 9.

Sgp-B1 (9758). 7BS (9758). v: CS.

Sgp-B1a (9758) v: CS.

Sgp-B1b (9758). v: K79 (null).

Sgp-B1c (9758). v: Gnatruche.

Sgp-B1d (9758). v: Waratah.

Sgp-D1 (9758). 7DS (9758). v: CS.

Sgp-D1a (9758). v: CS.

Sgp-D1b (9758). v: T116 (null).

Sgp-D1c (9758). v: Nobeokabouzu.

Sgp-D1d (9758). v: Chinsanwase.

Sgp-D1e (9758). v: Hosogara.

Sgp-A2 (9758). v: CS.

Sgp-B2 (9758). v: CS.

Sgp-D2 (9758). v: CS.

Sgp-A3 (9758). 7AS (9758). v: CS.

Sgp-A3a (9758). v: CS

Sgp-A3b (9758). v: Norin 61 (null).

Sgp-B3 (9758). 7BS (9758). v: CS.

Sgp-B3a (9758). v: CS.

Sgp-B3b (9758). v: Crest (null).

Sgp-B3c (9758). v: Spica.

Sgp-D3 (9758). 7DS (9758). v: CS.

Deletion mapping indicates that the order of the Sgp genes on the 7S arms is 'centromere - Sgp-1 - Sgp-3 - Wx (9758).
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