Barley Genetics Newsletter (2005)  35:155-210

 

Descriptions of barley genetic stocks for 2005.

 

Jerome D. Franckowiak1, Andy Kleinhofs2 and Udda Lundqvist3

 

1Department of Plant Sciences, North Dakota State University,

Fargo, ND 58105-5051, USA

2 Department of Crop and Soil Science, Washington State Universitty,

Pullman, WA 99164-6420, USA

3SvalöfWeibul AB, SE-268 81 Svalöv, Sweden

 

In this volume of the Barley Genetics Newsletter twenty-three new and revised Barley Genetic Stock descriptions are published (Table 1). The current list of new and revised BGS descriptions, including those in Table 1, are again presented by BGS number order (Table 2) and by locus symbol in alphabetic order (Table 3) in this issue. Information on the description location, recommended locus name, chromosomal location, previous gene symbols, and the primary genetic stock (GSHO number) are included in these lists. The GSHO stocks are held in the USDA-ARS Barley Genetic Stocks collection at the National Small Grains Germplasm Research Facility, Aberdeen, Idaho 83210, USA. This information is available through the Internet at the following addresses:

 

(1) http://www.ars.usda.gov/pwa/aberdeen

 

(2) http://www.ars-grin.gov/npgs/

 

(3) http://wheat.pw.usda.gov/ggpages/bgn/

 

 

 

 

 

Table 1. A listing of Barley Genetic Stock (BGS) descriptions published in this issue of the Barley Genetics Newsletter, giving recommended locus symbols and names, and stock location information.

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no.‡

 

 

 

 

 

 

 

  43

mov1

mo5,mo6b

7HL

Multiovary 1

35:185

 

  96

Rph15

Rph15

2HS

Reaction to Puccinia hordei 15

35:186

1586

122

Rph5

Pa5

3HS

Reaction to Puccinia hordei 5

35:188

1865

147

mov2

mo, mo7a

3HS

Multiovary 2

35:190

 

176

ovl1

ovl

4H

Ovaryless 1

35:191

  610

623

eli-a

lig-a

 

Eligulum-a

35:192

 

636

tst2

 

 

Tip sterile 2

35:193

2280

637

nar1

 

6HS

NADH nitrate reductase-deficient 1

35:194

2413

638

nar2

 

5HL

NADH nitrate reductase-deficient 2

35:196

2415

639

nar3

 

7HS

NADH nitrate reductase-deficient 3

35:197

 

640

nar4

 

2HL

NADH nitrate reductase-deficient 4

35:198

 

641

nar5

 

5HL

NADH nitrate reductase-deficient 5

35:199

 

642

nar6

 

2HL

NADH nitrate reductase-deficient 6

35:200

 

643

nar7

 

6HL

NADH nitrate reductase-deficient 7

35:201

2418

644

nar8

 

6HS

NADH nitrate reductase-deficient 8

35:202

 

645

bsp1

 

 

Bushy spike 1

35:203

 

646

ovl2

 

 

Ovaryless 2

35:204

 

647

tst1

 

 

Tip sterile 1

35:205

 

648

mov4

mo8

 

Multiovary 4

35:206

 

649

asp1

 

 

Aborted spike 1

35:207

 

650

sun1

 

 

Sensivity to Ustilago nuda 1

35:208

 

651

lam1

 

 

Late maturity 1

35:209

 

652

ylf1

 

 

Yellow leaf 1

35:210

 

 

* Recommended locus symbols are based on utilization of a three letter code for barley genes as approved at the business meeting of the Seventh International Barley Genetics Symposium at Saskatoon, Saskatchewan, Canada, on 05 August 1996.

 

† Chromosome numbers and arm designations are based on a resolution passed at the business meeting of the Seventh International Barley Genetics Symposium at Saskatoon, Saskatchewan, Canada, on 05 August 1996. The Burnham and Hagberg (1956) designations of barley chromosomes were 1 2 3 4 5 6 and 7 while new designations based on the Triticeae system are 7H 2H 3H 4H 1H 6H and 5H, respectively.

 

‡ The seed stock associated with each BGS number is held as a GSHO stock number in the Barley Genetics Stock Collection at the USDA-ARS National Grains Germplasm Research Facility, Aberdeen, Idaho, USA.

Table 2.  A listing of Barley Genetic Stock (BGS) descriptions in recent issues of the Barley Genetics Newsletter recommended locus symbols and names, and stock location information.

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no.‡

    1

brh1

br, ari-i

7HS

Brachytic 1

26:  44

    25

    2

fch12

fc, clo-fc

7HS

Chlorina seedling 12

26:  45

    36

    3

yvs2

yc

7HS

Virescent seedling 2

26:  46

    41

    4

abo8

ac2, alb-m

7HS

Albino seedling 8

26:  47

    61

    5

fch8

f8

7HS

Chlorina seedling 8

26:  48

    40

    6

vrs1

v, Int-d

2HL

Six-rowed spike 1

26:  49

  196

    7

nud1

n, h

7HL

Naked caryopsis 1

26:  51

  115

    9

dsp1

l

7HS

Dense spike 1

26:  53

1232

  10

lks2

lk2, lk4

7HL

Short awn 2

26:  54

  566

  11

ubs4

u4, ari-d

7HL

Unbranched style 4

26:  56

  567

  12

des1

lc

7H

Desynapsis 1

26:  57

  592

  13

des4

des4

7H

Desynapsis 4

26:  58

  595

  14

des5

des5

7H

Desynapsis 5

26:  59

  596

  15

blx1

bl

4HL

Non-blue aleurone xenia 1

26:  60

  185

  16

wax1

wx, glx

7HS

Waxy endosperm 1

26:  61

  908

  17

fch4

f4, yv

7HL

Chlorina seedling 4

26:  63

1214

  18

fch5

f5, yv2

7HS

Chlorina seedling 5

26:  64

1215

  19

blx2

bl2

7HS

Non-blue aleurone xenia 2

26:  65

  209

  20

Rym2

Ym2

7HL

Reaction to BaYMV 2

26:  66

  984

  21

Run1

Un

7HS

Reaction to Ustilago nuda 1

26:  67

1324

  22

Rsg1

Grb

7H

Reaction to Schizaphis graminum 1

26:  68

1317

  23

wnd1

wnd

7HS

Winding dwarf 1

26:  69

2499

  24

fst3

fs3

7HS

Fragile stem 3

26:  70

1746

  25

Xnt1

Xa

7HL

Xantha seedling 1

26:  71

1606

  26

snb1

sb

7HS

Subnodal bract 1

26:  72

1217

  27

lbi3

lb3

7HL

Long basal rachis internode 3

26:  73

  536

  28

ert-a

ert-a

7HS

Erectoides-a

26:  74

  468

  29

ert-d

ert-d

7HS

Erectoides-d

26:  76

  475

  30

ert-m

ert-m

7HS

Erectoides-m

26:  78

  487

  31

sex6

sex6

7HS

Shrunken endosperm xenia 6

26:  80

2476

  32

Rph9

Pa9

5HL

Reaction to Puccinia hordei 9

26:  81

1601

  33

ant1

rs, rub-a

7HS

Anthocyanin-less 1

26:  82

1620

  34

msg50

msg,,hm

7HL

Male sterile genetic 50

26:  83

2404

  35

rsm1

sm

7HS

Reaction to BSMV 1

26:  84

2492

  36

xnt4

xc2

7HL

Xantha seedling 4

26:  85

    42

  37

xnt9

xan,,i

7HL

Xantha seedling 9

26:  86

  584

  38

smn1

smn

7HS

Seminudoides 1

32:  78

1602

 

Table 2. (continued)

 

 

 

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no. ‡

  39

mss2

mss2

7HS

Midseason stripe 2

32:  79

2409

  40

prm1

prm

7HS

Premature ripe 1

32:  80

2429

  41

brh7

brh.w

7HS

Brachytic 7

32:  81

1687

  42

Pyr1

Pyr1

7HS

Pyramidatum 1

32:  82

1581

  43

mov1

mo5

7HL

Multiovary 1

35:185

 

  51

rtt1

rt

2HS

Rattail spike 1

26:  87

  216

  52

fch15

or

2HS

Chlorina seedling 15

26:  88

    49

  53

abo2

a2

2HS

Albino seedling 2

26:  89

    70

  55

fch1

f, lg

2HS

Chlorina seedling 1

26:  90

  112

  56

wst4

wst4

2HL

White streak 4

26:  91

  568

  57

eog1

e, lep-e

2HL

Elongated outer glume 1

26:  92

    29

  58

vrs1

lr, vlr

2HL

Six-rowed spike 1

26:  94

  153

  59

gpa1

gp, gp2

2HL

Grandpa 1

26:  95

1379

  60

lig1

li, aur-a

2HL

Liguleless 1

26:  96

      6

  61

trp1

tr

2HL

Triple awned lemma 1

26:  97

  210

  62

sbk1

sk, cal-a

2HS

Subjacent hood 1

32:  83

  267

  63

yvs1

yx, alb-c2

2HS

Virescent seedling 1

26:  99

    68

  64

des7

des7

2H

Desynapsis 7

26:100

  598

  65

Eam1

Ea, Ppd-H1

2HS

Early maturity 1

26:101

1316

  66

vrs1

Vd

2HL

Two-rowed spike 1

26:103

  346

  67

vrs1

Vt

2HL

Deficiens 1

26:104

  684

  68

Pvc 1

Pc

2HL

Purple veined lemma 1

26:105

  132

  69

Gth 1

G

2HL

Toothed lemma 1

26:106

  309

  70

Rph1

Pa

2H

Reaction to Puccinia hordei 1

26:107

1313

  71

com2

bir2

2HS

Compositum 2

26:108

1703

  72

glo-c

glo-c

2H

Globosum-c

26:109

1329

  73

fol-a

fol-a

2HL

Angustifolium-a

26:110

1744

  74

flo-c

flo-c

2HS

Extra floret-c

26:111

1743

  75

Lks1

Lk

2HL

Awnless 1

26:112

    44

  76

Pre2

Re2, P

2HL

Red lemma and pericarp 2

26:113

  234

  77

hcm1

h

2HL

Short culm 1

26:115

2492

  78

mtt4

mt,,e, mt

2HL

Mottled leaf 4

26:116

1231

  79

wst7

rb

2HL

White streak 7

26:117

  247

  80

ant2

pr, rub

2HL

Anthocyanin-less 2

26:118

1632

  81

gsh7

gs7

 

Glossy sheath 7

26:119

1759

  82

Zeo1

Knd

2HL

Zeocriton 1

26:120

1613

  83

sld2

sld2

2HS

Slender dwarf 2

26:121

2491

  84

mss1

mss

2H

Midseason stripe 1

26:122

1404

  85

yst4

yst4

2HL

Yellow streak 4

26:123

2502

  86

fch13

f13

 

Chlorina seedling 13

26:124

    16

 

 

Table 2. (continued)

 

 

 

 

 

 

 

 

 

 

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no. ‡

  87

fch14

f14

2HL

Chlorina seedling 14

26:125

1739

  88

Rph2

Pa2, A

5HS

Reaction to Puccinia hordei 2

26:126

1593

  89

ari-g

ari-g, lk10

 

Breviaristatum-g

26:128

1655

  90

ert-j

ert-j

2H

Erectoides-j

26:129

  484

  91

ert-q

ert-q

2H

Erectoides-q

26:130

1562

  92

ert-u

ert-u, br5

2H

Erectoides-u

26:131

  496

  93

ert-zd

ert-zd, br7

2H

Erectoides-zd

26:132

  504

  94

abo4

a4

2H

Albino seedling 4

26:133

  167

  95

abo13

alb,,p

2HL

Albino seedling 13

26:134

  585

  96

Rph15

Rph15

2HS

Reaction to Puccinia hordei 15

35:186

1586

  97

acr1

acr

2HL

Accordion rachis 1

32:  85

1617

  98

Eam6

Ea6, Ea

2HS

Early maturity 6

32:  86

 

  99

lin1

s, rin

2HL

Lesser internode number 1

32:  88

2492

100

sld4

sld4

2HL

Slender dwarf 4

32:  89

2479

101

als1

als

3HL

Absent lower laterals 1

26:135

1065

102

uzu1

uz, u

3HL

Uzu or semi brachytic 1

26:136

1300

104

yst1

yst, ys

3HS

Yellow streak 1

26:138

1140

105

xnt3

xc, vir-l

3HS

Xantha seedling 3

26:139

    66

106

abo6

ac

3HS

Albino seedling 6

26:140

    30

107

wst1

wst, wst3

3HL

White streak 1

26:141

  159

108

alm1

al, ebu-a

3HS

Albino lemma 1

26:143

  270

109

yst2

yst2

3HS

Yellow streak 2

26:144

  570

111

dsp10

lc

3HS

Dense spike 10

26:145

    71

112

abo9

an

3HS

Albino seedling 9

26:146

  348

113

xnt6

xs

3HS

Xantha seedling 6

26:147

  117

114

cur2

cu2

3HL

Curly 2

26:148

  274

115

btr1

bt1

3HS

Non-brittle rachis 1

26:149

1233

116

btr2

bt2

3HS

Non-brittle rachis 2

26:150

  842

117

fch2

f2, lg5

3HL

Chlorina seedling 2

26:151

  107

118

lnt1

rnt, int-l

3HL

Low number of tillers 1

26:153

  833

119

des2

ds

3H

Desynapsis 2

26:154

  593

120

zeb1

zb

3HL

Zebra stripe 1

26:155

1279

121

Rph3

Pa3

7HL

Reaction to Puccinia hordei 3

26:156

1316

122

Rph5

Pa5, Pa6

3HS

Reaction to Puccinia hordei 5

35:188

1597

123

Ryd2

Yd2

3HL

Reaction to BYDV 2

26:158

1315

124

vrs4

mul, int-e

3HL

Six-rowed spike 4

26:159

  775

125

lzd1

lzd, dw4

3HS

Lazy dwarf 1

26:161

1787

126

sld1

dw1

3HL

Slender dwarf 1

26:162

2488

127

Pub1

Pub

3HL

Pubescent leaf blade 1

26:163

1576

128

sca1

sca

3HS

Short crooked awn 1

26:164

2439

Table 2. (continued)

 

 

 

 

 

 

 

 

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no. ‡

129

wst6

wst,,j

3HL

White streak 6

26:165

2500

130

eam10

easp

3HL

Early maturity 10

26:166

2504

131

gra-a

gran-a

3HL

Granum-a

26:167

1757

132

ari-a

ari-a

3HS

Breviaristatum-a

26:168

1648

133

sdw2

sdw-b

3HL

Semidwarf 2

26:169

2466

134

ert-c

ert-c

3HL

Erectoides-c

26:170

  471

135

ert-ii

ert-ii

3HL

Erectoides-ii

26:172

  483

136

Rph7

Pa7, Pa5

3HS

Reaction to Puccinia hordei 7

26:173

1318

137

Rph10

Rph10

3HL

Reaction to Puccinia hordei 10

26:174

1588

138

nec4

nec4

3H

Necrotic leaf spot 4

26:175

 

139

nec5

nec5

3H

Necrotic leaf spot 5

26:176

 

140

xnt8

xan,,h

3HS

Xantha seedling 8

26:177

  582

141

rym5

Ym

3HL

Reaction to Barley yellow mosaic virus5

32:  90

 

142

brh8

brh.ad

3HS

Brachytic 8

32:  92

1671

143

sex8

sex.j

3HS

Shrunken endosperm 8

32:  93

2471

144

sld5

sld5

3HS

Slender dwarf 5

32:  94

2483

146

cal-d

cal-d

3H

Calcaroides-d

32:  95

1697

147

mov2

mo

3HS

Multiovary 2

35:190

 

151

fch9

f9

4HS

Chlorina seedling 9

26:178

  571

152

Kap1

K

4HS

Hooded lemma 1

26:179

  985

155

glf1

gl, cer-zh

4HL

Glossy leaf 1

26:181

    98

156

lbi2

lb2, ert-i

4HL

Long basal rachis internode 2

26:183

  572

157

brh2

br2, ari-l

4HL

Brachytic 2

26:184

  573

158

yhd1

yh

4HL

Yellow head 1

26:185

  574

160

min2

en-min

 

Enhancer of minute 1

26:186

  266

161

min1

min

4HL

Semi-minute dwarf 1

26:187

  987

163

sgh1

sh1

4HL

Spring growth habit 1

26:188

  575

164

Hln1

Hn

4HL

Hairs on lemma nerves 1

26:189

  576

165

glf3

gl3, cer-j

4HL

Glossy leaf 3

26:190

  577

166

msg25

msg,,r

4HL

Male sterile genetic 25

26:192

  744

167

rym1

Ym

4HL

Reaction to barley yellow mosaic virus 1

32:  96

 

168

glo-a

glo-a

4HS

Globosum-a

26:194

1328

170

lgn3

lg3

4HL

Light green 3

26:195

  171

171

lgn4

lg4, lg9

4HL

Light green 4

26:196

  681

172

lks5

lk5, ari-c

4HL

Short awn 5

26:197

1297

173

blx3

bl3

4HL

Non-blue aleurone xenia 3

26:198

2506

174

blx4

bl4

4HL

Non-blue (pink) aleurone xenia 4

26:199

2507

176

ovl1

ovl

4H

Ovaryless 1

35:191

 

178

int-c

i, v5

4HS

Intermedium spike-c

26:200

  776

179

Hsh1

Hs

4HL

Hairy leaf sheath 1

26:202

  986

 

Table 2. (continued)

 

 

 

 

 

 

 

 

 

 

 

BGS

</span>Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no. ‡

180

sid1

nls

4HL

Single internode dwarf 1

26:203

2477

181

eam9

ea,,c

4HL

Early maturity 9

26:204

1732

182

flo-a

flo-a

 

Extra floret-a

26:205

1741

183

Ynd1

Yn

4HS

Yellow node 1

32:98

 

184

Zeo3

Zeo.h

4HL

Zeocriton 3

32:99

1611

185

brh5

brh.m

4HS

Brachytic 5

32:100

1678

186

sld3

ant17.567

4HS

Slender dwarf 3

32:101

2480

201

fch7

f7

1HL

Chlorina seedling 7

26:206

      4

202

trd1

t, bra-c

1HL

Third outer glume 1

26:207

  227

203

Blp1

B

1HL

Black lemma and pericarp 1

26:209

  988

207

abo1

at

1HL

Albino seedling 1

26:210

    51

208

fst2

fs2

1HL

Fragile stem 2

26:211

  578

213

Sgh3

Sh3

1HL

Spring growth habit 3

26:212

  764

214

eam8

eak, mat-a

1HL

Early maturity 8

26:213

  765

215

des6

des6

 

Desynapsis 6

26:216

  597

218

Rph4

Pa4

1HS

Reaction to Puccinia hordei 4

26:217

1314

220

fch3

f3

1HS

Chlorina seedling 3

26:218

  851

221

wst5

wst5

1HL

White streak 5

26:219

  591

222

nec1

sp,,b

1HL

Necrotic leaf spot 1

26:220

  989

223

zeb3

zb3, zbc

1HL

Zebra stripe 3

26:221

1451

224

ert-b

ert-b

1HL

Erectoides-b

26:222

  470

225

clh1

clh

1HL

Curled leaf dwarf 1

26:223

1212

226

rvl1

rvl

1HL

Revoluted leaf 1

26:224

  608

227

sls1

sls

1HS

Small lateral spikelet 1

26:225

2492

228

Sil1

Sil

1HS

Subcrown internode length 1

26:226

1604

229

cud2

cud2

1HL

Curly dwarf 2

26:227

1712

230

glo-e

glo-e

1HL

Globosum-e

26:228

1755

231

cur5

cu5

1HS

Curly 5

26:229

1710

232

Lys4

sex5

1HS

High lysine 4

26:230

2475

233

xnt7

xan,,g

1HL

Xantha seedling 7

26:231

  581

234

mov3

mo-a

1H

Multiovary 3

32:102

 

235

lel1

lel

1HL

Leafy lemma 1

32:103

1780

251

mul2

mul2

6HL

Multiflorus 2

26:232

1394

252

eam7

ea7, ec

6HS

Early maturity 7

26:233

  579

253

cul2

uc2

6HL

Uniculm 2

26:234

  531

254

rob1

o, rob-o

6HS

Orange lemma 1

26:235

  707

255

xnt5

xn

6HL

Xantha seedling 5

26:237

    43

257

raw5

r,,e

6HL

Smooth awn 5

26:238

  785

258

dsp9

l9, ert-e

6HL

Dense spike 9

26:239

1774

260

fch11

f11

6HL

Chlorina seedling 11

26:240

1738

Table 2. (continued)

 

 

 

 

\

 

 

 

 

 

 

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no. ‡

261

nec2

nec2

6HS

Necrotic leaf spot 2

26:241

1224

262

cur1

cu1

6HL

Curly 1

26:242

1705

263

cur3

cu3

6HL

Curly 3

26:243

1707

264

mtt5

mt,,f

6HL

Mottled leaf 5

26:244

2410

265

nec3

nec3

6HS

Necrotic leaf spot 3

26:245

1330

266

ert-e

ert-e

6HL

Erectoides-e

26:246

  477

267

Rph11

Rph11

6HL

Reaction to Puccinia hordei 11

26:247

1589

268

lax-b

lax-b

6HL

Laxatum-b

26:248

1776

269

lys6

lys6

6H

High lysine 6

26:249

1786

270

abo14

alb,,q

6HL

Albino seedling 14

26:250

  586

271

abo15

alb,,t

6HS

Albino seedling 15

26:251

 

301

fst1

fs

5HL

Fragile stem 1

26:252

  629

302

mtt2

mt2

5HL

Mottled leaf 2

26:253

1398

303

var3

va3

5HL

Variegated 3

26:254

1277

304

wst2

wst2

5HL

White streak 2

26:255

  766

305

crm1

cm

5HL

Cream seedling 1

26:256

    20

306

var1

va

5HL

Variegated 1

26:257

1278

308

lbi1

lb, rac-a

5HL

Long basal rachis internode 1

26:258

   580

309

Sgh2

Sh2

5HL

Spring growth habit 2

26:259

  770

311

dex1

sex2

5HS

Defective endosperm xenia 1

26:260

 

312

raw1

r

5HL

Smooth awn 1

26:261

    27

313

fch6

f6, yv

5HL

Chlorina seedling 6

26:262

1390

314

vrs2

v2

5HL

Six-rowed spike 2

26:263

  773

315

vrs3

v3, int-a

1HL

Six-rowed spike 3

26:264

  774

317

ddt1

ddt

5HS

Reaction to DDT 1

26:266

  331

319

rpg4

rpg4

5HL

Reaction to Puccinia graminis 4

26:267

2438

320

int-b

int-b

5HL

Intermedium spike-b

26:268

1764

321

srh1

s, l

5HL

Short rachilla hair 1

26:269

    27

322

dsk1

dsk

5HL

Dusky 1

26:270

1714

323

nld1

nld

5HL

Narrow leafed dwarf 1

26:271

  769

324

cud1

cud

5HL

Curly dwarf 1

26:272

1711

325

crl1

crl, cl

 

Curly lateral 1

26:273

1211

326

blf1

bb

5HL

Broad leaf 1

26:274

1393

327

flo-b

flo-b

5HL

Extra floret-b

26:275

1742

328

ari-e

ari-e

5HL

Breviaristatum-e

26:276

1653

329

ari-h

ari-h

5HL

Breviaristatum-h

26:277

1656

330

ert-g

ert-g, br3

5HL

Erectoides-g

26:278

  479

331

ert-n

ert-n

5HL

Erectoides-n

26:279

  488

332

Ert-r

Ert-r

 

Erectoides-r

26:280

  492

333

Rph12

Rph12

5HL

Reaction to Puccinia hordei 12

26:281

1590

Table 2. (continued)

 

 

 

 

 

 

 

 

 

 

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no. ‡

334

raw6

r6

5HL

Smooth awn 6

26:282

2437

335

msg49

msg,,jw

5HL

Male sterile genetic 49

26:283

2402

336

glo-b

glo-b

5HL

Globosum-b

26:284

1326

337

blf2

bb2, nlh

5HL

Broad leaf 2

26:285

1667

338

lys1

lys

5HL

High lysine 1

26:286

1784

339

lys3

sex3

5HL

High lysine 3

26:287

1785

340

raw2

r2

5HL

Smooth awn 2

26:289

    27

341

abo12

alb,,o

5HS

Albino seedling 12

26:290

  583

342

glo-f

glo-e

5HL

Globosum-f

26:291

 

343

Lfb1

Lfb

5HL

Leafy bract 1

28:  30

1577

344

var2

va2

5HL

Variegated 2

32:104

2496

345

rym3

ym3

5HS

Reaction to barley yellow mosaic virus 3

32:105

 

346

yst5

yst5

5HL

Yellow streak 5

32:107

2501

347

mnd4

m4

5HL

Many noded dwarf 4

32:108

1798

348

Eam5

Ea5

5HL

Early maturity 5

32:109

 

349

brh4

brh.j

5HL

Brachytic 4

32:110

1675

350

brh6

brh.s

5HL

Brachytic 6

32:111

1684

351

gsh1

gs1, cer-q

2HS

Glossy sheath 1

26:292

  735

352

gsh2

gs2, cer-b

3HL

Glossy sheath 2

26:294

  736

353

gsh3

gs3, cer-a

7HS

Glossy sheath 3

26:296

  737

354

gsh4

gs4, cer-x

6HL

Glossy sheath 4

26:298

  738

355

gsh5

gs5, cer-s

2HL

Glossy sheath 5

26:300

  739

356

gsh6

gs6, cer-c

2HS

Glossy sheath 6

26:302

  740

357

msg1

ms1

1HL

Male sterile genetic 1

26:304

1810

358

msg2

ms2

2HL

Male sterile genetic 2

26:306

2371

359

msg3

ms3

2HS

Male sterile genetic 3

26:307

1130

360

msg4

ms4

1H

Male sterile genetic 4

26:308

2392

361

msg5

ms5

3HS

Male sterile genetic 5

26:309

2403

362

msg6

ms6

6HS

Male sterile genetic 6

26:310

2405

363

msg7

ms7

5HL

Male sterile genetic 7

26:311

2406

364

msg8

ms8

5HL

Male sterile genetic 8

26:312

2407

365

msg9

ms9

2HS

Male sterile genetic 9

26:313

2408

366

msg10

ms10

7HS

Male sterile genetic 10

26:314

1811

367

msg11

ms11

 

Male sterile genetic 11

26:315

1812

368

msg13

ms13

 

Male sterile genetic 13

26:316

1813

369

msg14

ms14

7HS

Male sterile genetic 14

26:317

1814

370

msg15

ms15

 

Male sterile genetic 15

26:318

1815

371

msg16

ms16

5HS

Male sterile genetic 16

26:319

1816

372

msg17

ms17

 

Male sterile genetic 17

26:320

1817

373

msg18

ms18

5HL

Male sterile genetic 18

26:321

1818

 

 

 

 

 

 

 

Table 2. (continued)

 

 

 

 

 

 

 

 

 

 

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no. ‡

374

msg19

ms19

5HS

Male sterile genetic 19

26:322

1819

375

msg20

ms20

1H

Male sterile genetic 20

26:323

2372

376

msg21

ms21

 

Male sterile genetic 21

26:324

2373

377

seg1

se1

7HL

Shrunken endosperm 1

26:325

  750

378

seg2

se2

7HS

Shrunken endosperm 2

26:326

  751

379

seg3

se3

3H

Shrunken endosperm 3

26:327

  752

380

seg4

se4

7HL

Shrunken endosperm 4

26:328

  753

381

seg5

se5

7HS

Shrunken endosperm 5

26:329

  754

382

sex1

lys5

6HL

Shrunken endosperm xenia 1

26:330

  755

383

msg22

ms22

7H

Male sterile genetic 22

26:331

  741

384

msg23

ms23

7HL

Male sterile genetic 23

26:332

2375

385

msg24

ms24

4HL

Male sterile genetic 24

26:333

2376

386

des3

des3

 

Desynapsis 3

26:334

  594

387

des8

des8

 

Desynapsis 8

26:335

  599

388

des9

des9

 

Desynapsis 9

26:336

  600

389

des10

des10

 

Desynapsis 10

26:337

  601

390

des11

des11

 

Desynapsis 11

26:338

  602

391

des12

des12

 

Desynapsis 12

26:339

  603

392

des13

des13

 

Desynapsis 13

26:340

  604

393

des14

des14

 

Desynapsis 14

26:341

  605

394

des15

des15

 

Desynapsis 15

26:342

  606

395

msg26

msg,,u

7HS

Male sterile genetic 26

26:343

  745

396

seg6

se6

3HL

Shrunken endosperm 6

26:344

2467

397

seg7

se7

 

Shrunken endosperm 7

26:345

2468

399

cer-d

cer-d

 

Eceriferum-d

26:346

  425

400

cer-e

cer-e

1HL

Eceriferum-e

26:347

1518

401

cer-f

cer-f

7HS

Eceriferum-f

26:348

  427

402

cer-g

cer-g

2HL

Eceriferum-g

26:349

  428

403

cer-h

cer-h

 

Eceriferum-h

26:351

  429

404

cer-i

cer-i

5HL

Eceriferum-i

26:352

  430

405

cer-k

cer-k

7HS

Eceriferum-k

26:354

  432

406

cer-l

cer-l

 

Eceriferum-l

26:355

  433

407

cer-m

cer-m

 

Eceriferum-m

26:356

  434

408

cer-n

gs9

2HL

Eceriferum-n

26:357

  435

409

cer-o

cer-o

 

Eceriferum-o

26:359

  436

410

cer-p

cer-p

 

Eceriferum-p

26:360

  437

411

cer-r

cer-r

3HL

Eceriferum-r

26:361

  439

412

cer-t

cer-t

5HL

Eceriferum-t

26:362

  441

413

gsh8

cer-u, gs8

2HS

Glossy sheath 8

26:364

  442

414

cer-v

cer-v

2HS

Eceriferum-v

26:366

  443

 

 

 

 

 

 

 

Table 2. (continued)

 

 

 

 

 

 

 

 

 

 

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no. ‡

415

cer-w

cer-w

5HL

Eceriferum-w

26:367

1519

417

cer-y

cer-y

 

Eceriferum-y

26:368

  446

418

cer-z

cer-z

7HS

Eceriferum-z

26:369

  447

419

cer-za

cer-za

5HL

Eceriferum-za

26:370

1521

420

cer-zb

cer-zb

 

Eceriferum-zb

26:371

1522

421

cer-zc

cer-zc

 

Eceriferum-zc

26:372

  450

422

cer-zd

cer-zd

3HL

Eceriferum-zd

26:373

  451

423

cer-ze

gl5

7HS

Eceriferum-ze

26:374

  452

424

cer-zf

cer-zf

 

Eceriferum-zf

26:376

  453

425

cer-zg

cer-zg

4HL

Eceriferum-zg

26:377

  454

427

cer-zi

cer-zi

1HL

Eceriferum-zi

26:378

  456

428

cer-zj

cer-zj

5HL

Eceriferum-zj

26:379

  457

429

cer-zk

cer-zk

2H

Eceriferum-zk

26:381

  458

430

cer-zl

cer-zl

 

Eceriferum-zl

26:382

  459

431

cer-zn

cer-zn

3HL

Eceriferum-zn

26:383

1523

432

cer-zo

cer-zo

 

Eceriferum-zo

26:384

  462

433

cer-zp

cer-zp

5HL

Eceriferum-zp

26:385

  463

434

cer-zq

cer-zq

 

Eceriferum-zq

26:386

1524

435

cer-zr

cer-zr

 

Eceriferum-zr

26:387

1525

436

cer-zs

cer-zs

 

Eceriferum-zs

26:388

1526

437

cer-zt

cer-zt

 

Eceriferum-zt

26:389

1527

438

cer-zu

cer-zu

 

Eceriferum-zu

26:390

1528

439

cer-zv

cer-zv

 

Eceriferum-zv

26:391

1529

440

cer-zw

cer-zw

 

Eceriferum-zw

26:392

1530

441

cer-zx

cer-zx

 

Eceriferum-zx

26:393

1531

442

cer-zy

cer-zy

 

Eceriferum-zy

26:394

1532

443

cer-zz

cer-zz

 

Eceriferum-zz

26:395

1533

444

cer-ya

cer-ya

3HS

Eceriferum-ya

26:396

1534

445

cer-yb

cer-yb

2HL

Eceriferum-yb

26:397

1535

446

cer-yc

cer-yc

 

Eceriferum-yc

26:398

1536

447

cer-yd

cer-yd

3HS

Eceriferum-yd

26:399

1537

448

cer-ye

cer-ye

5HL

Eceriferum-ye

26:400

1538

449

cer-yf

cer-yf

 

Eceriferum-yf

26:401

1539

450

cer-yg

cer-yg

7HS

Eceriferum-yg

26:402

1540

451

cer-yh

cer-yh

3HS

Eceriferum-yh

26:403

1541

454

blx5

bl5

7HL

Non-blue aleurone xenia 5

26:404

2509

455

seg8

seg8

7H

Shrunken endosperm 8

26:405

2469

460

cur4

cu4, glo-d

2HL

Curly 4

26:406

1708

461

zeb2

zb2, f10

4HL

Zebra stripe 2

26:407

    93

462

yst3

yst,,c

3HS

Yellow streak 3

26:409

    48

 

 

 

 

 

 

 

Table 2. (continued)

 

 

 

 

 

 

 

 

 

 

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no. ‡

463

gig1

gig, sf

2H?

Gigas 1

26:410

1650

464

msg27

msg,,ae

2HL

Male sterile genetic 27

26:411

2379

465

msg28

msg,,as

6H

Male sterile genetic 28

26:412

2380

466

msg29

msg,,a

5HL

Male sterile genetic 29

26:413

2381

467

msg30

msg,,c

7HL

Male sterile genetic 30

26:414

2382

468

msg31

msg,,d

1HS

Male sterile genetic 31

26:415

2383

469

msg32

msg,,w

7H

Male sterile genetic 32

26:416

2384

470

msg33

msg,,x

2HS

Male sterile genetic 33

26:417

2385

471

msg34

msg,,av

6H

Male sterile genetic 34

26:418

2386

472

abr1

abr

2HL

Accordion basal rachis internode 1

26:419

1563

473

com1

bir1

5HL

Compositum 1

26:420

1702

474

lax-a

lax-a

5HL

Laxatum-a

26:421

1775

475

lax-c

lax-c

6HL

Laxatum-c

26:423

1777

498

msg35

msg,,dr

2HL

Male sterile genetic 35

26:424

2387

499

msg36

msg,,bk

6HS

Male sterile genetic 36

26:425

2388

500

msg37

msg,,hl

 

Male sterile genetic 37

26:426

2389

501

msg38

msg,,jl

 

Male sterile genetic 38

26:427

2390

502

msg39

msg,,dm

6H

Male sterile genetic 39

26:428

2391

503

msg40

msg,,ac

6H

Male sterile genetic 40

26:429

2393

504

msg41

msg,,aj

 

Male sterile genetic 41

26:430

2394

505

msg42

msg,,db

3H

Male sterile genetic 42

26:431

2395

506

msg43

msg,,br

 

Male sterile genetic 43

26:432

2396

507

msg44

msg,,cx

 

Male sterile genetic 44

26:433

2397

508

msg45

msg,,dp

 

Male sterile genetic 45

26:434

2398

509

msg46

msg,,ec

 

Male sterile genetic 46

26:435

2399

510

msg47

msg,,ep

 

Male sterile genetic 47

26:436

2400

511

Rpg1

T

7HS

Reaction to Puccinia graminis 1

26:437

  701

512

Rpg2

T2

 

Reaction to Puccinia graminis 2

26:439

  187

513

xnt2

xb

 

Xantha seedling 2

26:440

      2

515

Rsp1

Sep

 

Reaction to Septoria passerinii 1

26:441

2510

516

Rsp2

Sep2

 

Reaction to Septoria passerinii 2

26:442

2511

517

Rsp3

Sep3

 

Reaction to Septoria passerinii 3

26:443

2512

518

sdw1

denso

3HL

Semidwarf 1

26:444

2513

519

mnd1

m

 

Many-noded dwarf 1

26:446

  253

520

msg48

msg,,jt

2H

Male sterile genetic 48

26:447

2401

521

mtt1

mt

1HS

Mottled leaf 1

26:448

  622

522

cer-yi

cer-yi

 

Eceriferum-yi

26:449

1542

523

cer-yj

cer-yj

 

Eceriferum-yj

26:450

1543

524

cer-yk

cer-yk

 

Eceriferum-yk

26:451

1544

525

cer-yl

cer-yl

 

Eceriferum-yl

26:452

1545

 

 

 

 

 

 

 

Table 2. (continued)

 

 

 

 

 

 

 

 

 

 

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no. ‡

526

cer-ym

cer-ym

 

Eceriferum-ym

26:453

1546

527

cer-yn

cer-yn

 

Eceriferum-yn

26:454

1547

528

cer-yo

cer-yo

 

Eceriferum-yo

26:455

1548

529

cer-yp

cer-yp

 

Eceriferum-yp

26:456

1549

530

cer-yq

cer-yq

 

Eceriferum-yq

26:457

1550

531

cer-yr

cer-yr

 

Eceriferum-yr

26:458

1551

532

cer-ys

cer-ys

 

Eceriferum-ys

26:459

1552

533

cer-yt

cer-yt

 

Eceriferum-yt

26:460

1553

534

cer-yu

cer-yu

 

Eceriferum-yu

26:461

1554

535

cer-yx

cer-yx

 

Eceriferum-yx

26:462

1555

536

Cer-yy

Gle1

1HS

Eceriferum-yy

26:463

1556

537

cer-yz

cer-yz

 

Eceriferum-yz

26:464

1557

538

cer-xa

cer-xa

 

Eceriferum-xa

26:465

1558

539

cer-xb

cer-xb

 

Eceriferum-xb

26:466

1559

540

cer-xc

cer-xc

 

Eceriferum-xc

26:467

1560

541

cer-xd

cer-xd

 

Eceriferum-xd

26:468

1561

542

Dwf2

Dwf2

 

Dominant dwarf 2

24:170

 

543

int-f

int-f

 

Intermedium spike-f

26:469

1767

544

int-h

int-h

 

Intermedium spike-h

26:470

1768

545

int-i

int-i

 

Intermedium spike-i

26:471

1769

546

int-k

int-k

 

Intermedium spike-k

26:472

1770

547

int-m

int-m

 

Intermedium spike-m

26:473

1772

548

Fol-b

Ang

 

Angustifolium-b

26:474

    17

549

Lga1

Log

 

Long glume awn 1

26:475

  835

550

ari-b

ari-b

 

Breviaristatum-b

26:476

1649

551

ari-f

ari-f

 

Breviaristatum-f

26:477

1654

552

ari-j

ari-j

 

Breviaristatum-j

26:478

1658

553

ari-k

ari-k

 

Breviaristatum-k

26:479

1659

554

ari-m

ari-m

 

Breviaristatum-m

26:480

1661

555

ari-n

ari-n

 

Breviaristatum-n

26:481

1662

556

ari-o

ari-o

 

Breviaristatum-o

26:482

 

557

ari-p

ari-p

 

Breviaristatum-p

26:483

1664

558

ari-q

ari-q

 

Breviaristatum-q

26:484

1665

559

ari-r

ari-r

 

Breviaristatum-r

26:485

1666

560

ert-f

ert-f

 

Erectoides-f

26:486

  478

561

ert-h

ert-h

 

Erectoides-h

26:487

  481

562

ert-k

ert-k

 

Erectoides-k

26:488

  485

563

ert-l

ert-l

 

Erectoides-l

26:489

  486

564

ert-p

ert-p

 

Erectoides-p

26:490

  490

565

ert-s

ert-s

 

Erectoides-s

26:491

  493

 

 

 

 

 

 

 

Table 2. (continued)

 

 

 

 

 

 

 

 

 

 

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no. ‡

566

ert-t

ert-t

 

Erectoides-t

26:492

  494

567

ert-v

ert-v

 

Erectoides-v

26:493

  497

568

ert-x

ert-x

 

Erectoides-x

26:494

  498

569

ert-y

ert-y

 

Erectoides-y

26:495

  499

570

ert-z

ert-z

 

Erectoides-z

26:496

  500

571

ert-za

ert-za

 

Erectoides-za

26:497

  501

572

ert-zb

ert-zb

 

Erectoides-zb

26:498

  502

573

ert-zc

ert-zc

 

Erectoides-zc

26:499

  503

574

ert-ze

ert-ze

 

Erectoides-ze

26:500

  505

575

Rph6

Pa6

 

Reaction to Puccinia hordei 6

26:501

1598

576

Rph8

Pa8

 

Reaction to Puccinia hordei 8

26:502

1600

577

Rsg2

Rsg2

 

Reaction to Schizaphis graminum 2

26:503

2513

578

mat-b

mat-b

 

Praematurum-b

26:504

1788

579

mat-c

mat-c

 

Praematurum-c

26:506

1789

580

mat-d

mat-d

 

Praematurum-d

26:507

1790

581

mat-e

mat-e

 

Praematurum-e

26:508

1791

582

mat-f

mat-f

 

Praematurum-f

26:509

1792

583

mat-g

mat-g

 

Praematurum-g

26:510

1793

584

mat-h

mat-h

 

Praematurum-h

26:511

1794

585

mat-i

mat-i

 

Praematurum-i

26:512

1795

586

bra-d

bra-d

 

Bracteatum-d

26:513

1696

587

abo3

a2, alb-za

 

Albino seedling 3

26:514

  165

588

abo10

at2

 

Albino seedling 10

26:515

    57

589

abo11

at3, albt

 

Albino seedling 11

26:516

  233

590

Rph13

Rph13

 

Reaction to Puccinia hordei 13

28:  31

1591

591

Rph14

Rph14

 

Reaction to Puccinia hordei 14

28:  32

1592

592

yhd2

yh2

 

Yellow head 2

28:  33

  757

593

adp1

adp

 

Awned palea 1

28:  34

1618

594

ant3

rub

 

Anthocyanin-deficient 3

29:  82

1641

595

ant4

ant4

 

Anthocyanin-deficient 4

29:  83

1642

596

ant5

rs2

 

Anthocyanin-deficient 5

29:  84

1643

597

ant6

ant6

 

Anthocyanin-deficient 6

29:  85

1644

598

ant13

ant13

6HL

Proanthocyanin-free 13

29:  86

1624

599

ant17

ant17

3HL

Proanthocyanin-free 17

29:  88

1628

600

ant18

ant18

7HL

Proanthocyanin-free 18

29:  90

1630

601

ant19

ant19

 

Proanthocyanin-free 19

29:  92

1631

602

ant20

ant20

 

Anthocyanin-rich 20

29:  93

1633

603

ant21

ant21

6H

Proanthocyanin-free 21

29:  94

1634

604

ant22

ant22

7HL

Proanthocyanin-free 22

29:  95

1635

605

ant25

ant25

 

Proanthocyanin-free 25

29:  96

1638

 

 

 

 

 

 

 

Table 2. (continued)

 

 

 

 

 

 

 

 

 

 

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no. ‡

606

ant26

ant26

 

Proanthocyanin-free 26

29:  97

1639

607

ant27

ant27

 

Proanthocyanin-free 27

29:  98

1640

608

ant28

ant28

3HL

Proanthocyanin-free 28

29:  99

 

609

ant29

ant29

 

Proanthocyanin-free 29

29:100

 

610

ant30

ant30

 

Proanthocyanin-free 30

29:101

 

611

Nec6

Sp

 

Necrotic leaf spot 6

32:112

2424

612

gig2

gig2

 

Gigas 2

32:113

1750

613

brc1

brc-5

2HS

Branched 1

32:114

 

614

Zeo2

Zeo2

 

Zeocriton 2

32:115

 637

615

wxs1

wxs1

 

Waxy spike 1

32:116

 

616

cul3

cul3

 

Uniculme 3

32:117

2494

617

cul4

uc-5

 

Uniculme 4

32:118

2493

618

mnd3

mn3, m3

3H

Many noded dwarf 3

32:119

1797

619

bra-a

bra-a

7HS

Bracteatum-a

32:120

1693

620

cal-b

cal-b

5H

Calcaroides-b

32:121

1697

621

Cal-c

Cal-c

5HL

Calcaroides-c

32:122

1567

622

cal-e

cal-23

5HS

Calcaroides-e

32:123

 

623

eli-a

lig-a

 

Eligulum-a

35:192

 

624

ops1

op-3

 

Opposite spikelets 1

32:125

2427

625

sci-a

sci-3

 

Scirpoides 1

32:126

 

626

scl-a

scl-6

 

Scirpoides leaf-a

32:127

 

627

viv-a

viv-5

 

Viviparoides-a

32:128

2498

628

sex7

sex.i

5HL

Shrunken endosperm 7

32:129

2470

629

mtt6

mtt6

 

Mottled leaf 6

32:130

2411

630

Ari-s

ari-265

 

Breviaristatum-s

32:131

 

631

brh3

brh.g

 

Brachytic 3

32:132

1672

632

mnd5

mnd5

 

Many noded dwarf 5

32:133

 

633

mnd6

den-6

 

Many noded dwarf 6

32:134

1713

634

pmr2

nec-50

 

Premature ripe 2

32:135

2421

635

nec7

nec-45

 

Necroticans 7

32:136

2420

636

tst2

lin2

 

Tip sterile 2

35:193

1781

637

nar1

nar1

6HS

NADH nitrate reductase-deficient 1

35:194

 

638

nar2

nar2

5HL

NADH nitrate reductase-deficient 2

35:196

 

639

nar3

nar3

7HS

NADH nitrate reductase-deficient 3

35:197

 

640

nar4

nar4

2HL

NADH nitrate reductase-deficient 4

35:198

 

641

nar5

nar5

5HL

NADH nitrate reductase-deficient 5

35:199

 

642

nar6

nar6

2HL

NADH nitrate reductase-deficient 6

35:200

 

643

nar7

nar7

6HL

NADH nitrate reductase-deficient 7

35:201

2418

644

nar8

nar8

6HS

NADH nitrate reductase-deficient 8

35:202

 

645

bsp1

bsp1

 

Bushy spike 1

35:203

 

 

 

 

 

 

 

 

Table 2. (continued)

 

 

 

 

 

 

 

 

 

 

 

BGS

Locus symbol*

Chr.

Locus name or phenotype

Descr.

GSHO

no.

Rec.

Prev.

loc.†

 

vol. p.

no. ‡

646

ovl2

ovl2

 

Ovaryless 2

35:204

 

647

tst1

tst1

 

Tip sterile 1

35:205

 

648

mov4

mo8

 

Multiovary 4

35:206

 

649

asp1

asp1

 

Aborted spike 1

35:207

 

650

sun1

sun1

 

Sensitivity to Ustilago nuda 1

35:208

 

651

lam1

lam1

 

Late maturity 1

35:209

 

652

ylf1

ylf1

 

Yellow leaf 1

35:210

 

 

* Recommended locus symbols are based on utilization of a three-letter code for barley genes as approved at the business meeting of the Seventh International Barley Genetics Symposium at Saskatoon, Saskatchewan, Canada, on 05 August 1996.

 

† Chromosome numbers and arm designations are based on a resolution passed at the business meeting of the Seventh International Barley Genetics Symposium at Saskatoon, Saskatchewan, Canada, on 05 August 1996. The Burnham and Hagberg (1956) designations of barley chromosomes were 1 2 3 4 5 6 and 7 while new designations based on the Triticeae system are 7H 2H 3H 4H 1H 6H and 5H, respectively.

 

‡ The seed stock associated with each BGS number is held as a GSHO stock number in the Barley Genetics Stock Collection at the USDA-ARS National Small Grains Germplasm Research Facility, Aberdeen, Idaho, USA.

 

 

 

Table 3.  An alphabetic listing of recently published Barley Genetic Stock (BGS) descriptions for loci in barley (Hordeum vulgare), including information on chromosomal locations, recommended locus names, and original cultivars.

 

<td width=48 valign=top style='width:.5in;border:none;padding:0in 5.4pt 0in 5.4pt'>

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

 

Rec.

Prev.

no.

loc.†

 

vol. p.

 

 

abo1

at

207

1HL

Albino seedling 1

26:210

Trebi

 

abo2

a2

  53

2HS

Albino seedling 2

26:89

Nilsson-Ehle No 2

 

abo3

alb-za

587

 

Albino seedling 3

26:514

Unknown cultivar

 

abo4

a4

  94

2H

Albino seedling 4

26:133

Unknown cultivar

 

abo6

ac

106

3HS

Albino seedling 6

26:140

Colsess

 

abo8

ac2

    4

7HS

Albino seedling 8

26:47

Coast

 

abo9

an

112

3HS

Albino seedling 9

26:146

Nigrinudum

 

abo10

at2

588

 

Albino seedling 10

26:515

Canadian Thorpe

 

abo11

at3

589

 

Albino seedling 11

26:516

Trebi

 

abo12

alb,,o

341

5HS

Albino seedling 12

26:290

Titan

 

abo13

alb,,p

  95

2HL

Albino seedling 13

26:134

Titan

 

abo14

alb,,q

270

6HL

Albino seedling 14

26:250

Shabet

 

abo15

alb,,t

271

6HS

Albino seedling 15

26:251

Betzes

 

abr1

abr

472

2HL

Accordion basal rachis internode 1

26:419

Bonus

 

acr1

acr

  97

2HL

Accordion rachis 1

32:85

Burma Girl

 

adp1

adp

593

 

Awned palea 1

28:34

Unknown cultivar

 

alm1

al

108

3HS

Albino lemma 1

26:143

Russia 82

 

als1

als

101

3HL

Absent lower laterals 1

26:135

Montcalm

 

ant1

rs

  33

7HS

Anthocyanin-less 1

26:82

Bonus

 

ant2

pr

  80

2HL

Anthocyanin-less 2

26:118

Foma

 

ant3

 

594

 

Anthocyanin-deficient 3

29:82

Bonus

 

ant4

 

595

 

Anthocyanin-deficient 4

29:83

Foma

 

ant5

 

596

 

Anthocyanin-deficient 5

29:84

Bonus

 

ant6

 

597

 

Anthocyanin-deficient 6

29:85

Foma

 

ant13

 

598

6HL

Proanthocyanidin-free 13

29:86

Foma

 

ant17

 

599

3HL

Proanthocyanidin-free 17

29:88

Nordal

 

ant18

 

600

7HL

Proanthocyanidin-free 18

29:90

Nordal

 

ant19

 

601

 

Proanthocyanidin-free 19

29:92

Alf

 

ant20

 

602

 

Anthocyanidin-rich 20

29:93

Foma

 

ant21

 

603

6H

Proanthocyanidin-free 21

29:94

Georgie

 

ant22

 

604

7HS

Proanthocyanidin-free 22

29:95

Hege 802

 

ant25

 

605

 

Proanthocyanidin-free 25

29:96

Secobra 18193

 

ant26

 

606

 

Proanthocyanidin-free 26

29.97

Grit

 

ant27

 

607

 

Proanthocyanidin-free 27

29:98

Zebit

 

ant28

 

608

3HL

Proanthocyanidin-free 28

29:99

Grit

 

ant29

 

609

 

Proanthocyanidin-free 29

29:100

Ca 708912

 

ant30

 

610

 

Proanthocyanidin-free 30

29:101

Gunhild

 

ari-a

 

132

3HS

Breviaristatum-a

26:168

Bonus

 

 

 

 

 

 

 

 

 

Table 3. (continued)

 

 

 

 

 

 

 

 

 

 

 

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

 

Rec.

Prev.

no.

loc.†

 

vol. p.

 

 

ari-b

 

550

 

Breviaristatum-b

26:476

Bonus

 

ari-e

 

328

5HL

Breviaristatum-e

26:276

Bonus

 

ari-f

 

551

 

Breviaristatum-f

26:477

Bonus

 

ari-g

 

  89

 

Breviaristatum-g

26:128

Bonus

 

ari-h

 

329

5HL

Breviaristatum-h

26:277

Foma

 

ari-j

 

552

 

Breviaristatum-j

26:478

Bonus

 

ari-k

 

553

 

Breviaristatum-k

26:479

Bonus

 

ari-m

 

554

 

Breviaristatum-m

26:480

Bonus

 

ari-n

 

555

 

Breviaristatum-n

26:481

Bonus

 

ari-o

 

556

 

Breviaristatum-o

26:482

Bonus

 

ari-p

 

557

 

Breviaristatum-p

26:483

Foma

 

ari-q

 

558

 

Breviaristatum-q

26:484

Kristina

 

ari-r

 

559

 

Breviaristatum-r

26:485

Bonus

 

Ari-s

ari-265

630

 

Breviaristatum-s

32:131

Kristina

 

asp1

 

649

 

Aborted spike 1

35:207

Steptoe

 

blf1

bb

326

5HL

Broad leaf 1

26:274

Bonus

 

blf2

bb2

337

5HL

Broad leaf 2

26:285

Hannchen

 

Blp1

B

203

1HL

Black lemma and pericarp 1

26:209

Nigrinudum

 

blx1

bl

  15

4HL

Non-blue aleurone xenia 1

26:60

Goldfoil

 

blx2

bl2

  19

7HS

Non-blue aleurone xenia 2

26:65

Nepal

 

blx3

bl3

173

4HL

Non-blue aleurone xenia 3

26:198

Blx

 

blx4

bl4

174

4HL

Non-blue (pink) aleurone xenia 4

26:199

Ab 6

 

blx5

bl5

454

7HL

Non-blue aleurone xenia 5

26:404

BGM 122

 

bra-a

 

619

7HS

Bracteatum-a

32:120

Bonus

 

bra-d

 

586

 

Bracteatum-d

26:513

Foma

 

brc1

brc-5

613

2HS

Branched 1

32:114

 

 

brh1

br

    1

7HS

Brachytic 1

26:44

Himalaya

 

brh2

br2

157

4HL

Brachytic 2

26:184

Svanhals

 

brh3

brh.g

631

 

Brachytic 3

32:132

Birgitta

 

brh4

brh.j

349

5HL

Brachytic 4

32:110

Birgitta

 

brh5

brh.m

185

4HS

Brachytic 5

32:100

Birgitta

 

brh6

brh.s

350

5HL

Brachytic 6

32:111

Akashinriki

 

brh7

brh.w

  41

7HS

Brachytic 7

32:81

Volla

 

brh8

brh.ad

142

 

Brachytic 8

32:92

Birgitta

 

bsp1

 

645

 

Bushy spike 1

35:203

Morex

 

btr1

bt

115

3HS

Non-brittle rachis 1

26:149

A 222

 

btr2

bt2

116

3HS

Non-brittle rachis 2

26:150

Sakigoke

 

cal-b

 

620

5H

Calcaroides-b

32:121

Bonus

 

Cal-c

 

621

5HL

Calcaroides-c

32:122

Bonus

 

cal-d

 

146

3H

Calcaroides-d

32:95

Foma

 

 

 

 

 

 

 

 

 

Table 3. (continued)

 

 

 

 

 

 

 

 

 

 

 

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

 

Rec.

Prev.

no.

loc.†

 

vol. p.

 

 

cal-e

 

622

5HS

Calcaroides-e

32:123

Semira

 

cer-d

 

399

 

Eceriferum-d  + ++ ++

26:346

Bonus

 

cer-e

 

400

1HL

Eceriferum-e  -/+ ++ ++

26:347

Bonus

 

cer-f

 

401

7HS

Eceriferum-f  + + ++

26:348

Bonus

 

cer-g

 

402

2HL

Eceriferum-g  + + ++

26:349

Bonus

 

cer-h

 

403

 

Eceriferum-h  - ++ ++

26:351

Bonus

 

cer-i

 

404

5HL

Eceriferum-i  - ++ ++

26:352

Bonus

 

cer-k

 

405

7HS

Eceriferum-k  + ++ ++

26:354

Bonus

 

cer-l

 

406

 

Eceriferum-l  + ++ ++

26:355

Bonus

 

cer-m

 

407

 

Eceriferum-m  +/++ + ++

26:356

Bonus

 

cer-n

gs9

408

2HL

Eceriferum-n  - - ++ & - +/- ++

26:357

Bonus

 

cer-o

 

409

 

Eceriferum-o  -/+ ++ ++

26:359

Bonus

 

cer-p

 

410

 

Eceriferum-p  ++ ++ +

26:360

Bonus

 

cer-r

 

411

3HL

Eceriferum-r  +/- + ++

26:361

Bonus

 

cer-t

 

412

5HL

Eceriferum-t  +/- ++ ++

26:362

Bonus

 

cer-v

 

414

2HS

Eceriferum-v  +/- ++ ++

26:366

Bonus

 

cer-w

 

415

5HL

Eceriferum-w  +/- ++ ++

26:367

Bonus

 

cer-y

 

417

 

Eceriferum-y  + +/++ ++

26:368

Bonus

 

cer-z

 

418

7HS

Eceriferum-z  - - ++

26:369

Bonus

 

cer-za

 

419

5HL

Eceriferum-za  ++ ++ -

26:370

Foma

 

cer-zb

 

420

 

Eceriferum-zb  - ++ ++

26:371

Bonus

 

cer-zc

 

421

 

Eceriferum-zc  +/- ++ ++

26:372

Bonus

 

cer-zd

 

422

3HL

Eceriferum-zd  ++ ++ -

26:373

Bonus

 

cer-ze

gl5

423

7HS

Eceriferum-ze  ++ ++ -

26:374

Bonus

 

cer-zf

 

424

 

Eceriferum-zf  ++ ++ +

26:376

Bonus

 

cer-zg

 

425

4HL

Eceriferum-zg  ++ ++ +

26:377

Foma

 

cer-zi

 

427

1HL

Eceriferum-zi  + + ++

26:378

Bonus

 

cer-zj

 

428

5HL

Eceriferum-zj  ++ ++ -

26:379

Bonus

 

cer-zk

 

429

2H

Eceriferum-zk  + + +/-

26:381

Bonus

 

cer-zl

 

430

 

Eceriferum-zl  - - ++

26:382

Bonus

 

cer-zn

 

431

3HL

Eceriferum-zn  +/- ++ ++

26:383

Foma

 

cer-zo

 

432

 

Eceriferum-zo  - ++ ++

26:384

Foma

 

cer-zp

 

433

5HL

Eceriferum-zp  ++ ++ -

26:385

Bonus

 

cer-zq

 

434

 

Eceriferum-zq  ++ ++ -

26:386

Foma

 

cer-zr

 

435

 

Eceriferum-zr  +/- ++ ++

26:387

Foma

 

cer-zs

 

436

 

Eceriferum-zs  + ++ ++

26:388

Foma

 

cer-zt

 

437

 

Eceriferum-zt  + ++ ++

26:389

Foma

 

cer-zu

 

438

Eceriferum-zu  - + ++

26:390

Bonus

 

cer-zv

 

439

 

Eceriferum-zv  - - -

26:391

Foma

 

cer-zw

 

440

 

Eceriferum-zw  + + ++

26:392

Foma

 

 

 

 

 

 

 

 

 

Table 3. (continued)

 

 

 

 

 

 

 

 

 

 

 

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

 

Rec.

Prev.

no.

loc.†

 

vol. p.

 

 

cer-zx

 

441

 

Eceriferum-zx  + + ++

26:393

Bonus

 

cer-zy

 

442

 

Eceriferum-zy  ++ ++ +

26:394

Bonus

 

cer-zz

 

443

 

Eceriferum-zz  ++ ++ -

26:395

Bonus

 

cer-ya

 

444

3HS

Eceriferum-ya  ++ ++ -

26:396

Bonus

 

cer-yb

 

445

2HL

Eceriferum-yb  ++ ++ -

26:397

Bonus

 

cer-yc

 

446

 

Eceriferum-yc  - ++ ++

26:398

Bonus

 

cer-yd

 

447

3HS

Eceriferum-yd  - ++ ++

26:399

Bonus

 

cer-ye

 

448

5HL

Eceriferum-ye  ++ ++ -

26:400

Foma

 

cer-yf

 

449

 

Eceriferum-yf  ++ ++ +

26:401

Foma

 

cer-yg

 

450

7HS

Eceriferum-yg  - - -

26:402

Carlsberg II

 

cer-yh

 

451

3HS

Eceriferum-yh  - ++ ++

26:403

Bonus

 

cer-yi

 

522

 

Eceriferum-yi  ++ ++ -

26:449

Foma

 

cer-yj

 

523

 

Eceriferum-yj  ++ ++ -

26:450

Bonus

 

cer-yk

 

524

 

Eceriferum-yk  + + ++

26:451

Bonus

 

cer-yl

 

525

 

Eceriferum-yl  - - ++

26:452

Bonus

 

cer-ym

 

526

 

Eceriferum-ym  - - -

26:453

Bonus

 

cer-yn

 

527

 

Eceriferum-yn  + + ++

26:454

Kristina

 

cer-yo

 

528

 

Eceriferum-yo  ++ ++ +

26:455

Bonus

 

cer-yp

 

529

 

Eceriferum-yp  ++ ++ +

26:456

Bonus

 

cer-yq

 

530

 

Eceriferum-yq  ++ ++ -

26:457

Kristina

 

cer-yr

 

531

 

Eceriferum-yr  -/+ + ++

26:458

Foma

 

cer-ys

 

532

 

Eceriferum-ys  ++ ++ -

26:459

Bonus

 

cer-yt

 

533

 

Eceriferum-yt  - ++ ++

26:460

Bonus

 

cer-yu

 

534

 

Eceriferum-yu  ++ ++ -

26:461

Bonus

 

cer-yx

 

535

 

Eceriferum-yx  + + ++

26:462

Foma

 

Cer-yy

Gle1

536

1HS

Eceriferum-yy  - ++ ++

26:463

Bonus

 

cer-yz

 

537

 

Eceriferum-yz  + + ++

26:464

Bonus

 

cer-xa

 

538

 

Eceriferum-xa  ++ ++ -

26:465

Foma

 

cer-xb

 

539

 

Eceriferum-xb  - ++ ++

26:466

Bonus

 

cer-xc

 

540

 

Eceriferum-xc  + + ++

26:467

Bonus

 

cer-xd

 

541

 

Eceriferum-xd  + + ++

26:468

Bonus

 

clh1

clh

225

1HL

Curled leaf dwarf 1

26:223

Hannchen

 

com1

bir1

473

5HL

Compositum 1

26:420

Foma

 

com2

bir2

  71

2HS

Compositum 2

26:108

CIMMYT freak

 

crl1

cl

325

 

Curly lateral 1

26:273

Montcalm

 

crm1

cm

305

5HL

Cream seedling 1

26:256

Black Hulless

 

cud1

cud

324

5HL

Curly dwarf 1

26:272

Akashinriki

 

cud2

 

229

1HL

Curly dwarf 2

26:227

Akashinriki

 

cul2

uc2

253

6HL

Uniculm 2

26:234

Kindred

 

cul3

 

616

 

Uniculme 3

32:117

Donaria

 

 

 

 

 

 

 

 

 

Table 3. (continued)

 

 

 

 

 

 

 

 

 

 

 

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

 

Rec.

Prev.

no.

loc.†

 

vol. p.

 

 

cul4

uc-5

617

 

Uniculme 4

32:118

Bonus

 

cur1

cu1

262

6HL

Curly 1

26:242

48-cr cr-17

 

cur2

cu2

114

3HL

Curly 2

26:148

Choshiro

 

cur3

cu3

263

6HL

Curly 3

26:243

Akashinriki

 

cur4

cu4

460

2HL

Curly 4

26:406

Asahi 5

 

cur5

cu5

231

1HS

Curly 5

26:229

Glenn

 

ddt1

ddt

317

5HS

Reaction to DDT 1

26:266

Spartan

 

des1

lc

  12

7H

Desynapsis 1

26:57

Mars

 

des2

ds

119

3H

Desynapsis 2

26:154

Husky

 

des3

 

386

 

Desynapsis 3

26:334

Betzes

 

des4

 

  13

7H

Desynapsis 4

26:58

Betzes

 

des5

 

  14

7H

Desynapsis 5

26:59

Betzes

 

des6

 

215

1H

Desynapsis 6

26:216

Betzes

 

des7

 

  64

2H

Desynapsis 7

26:100

Betzes

 

des8

 

387

 

Desynapsis 8

26:335

Betzes

 

des9

 

388

 

Desynapsis 9

26:336

Betzes

 

des10

 

389

 

Desynapsis 10

26:337

Betzes

 

des11

 

390

 

Desynapsis 11

26:338

Betzes

 

des12

 

391

 

Desynapsis 12

26:339

Betzes

 

des13

 

392

 

Desynapsis 13

26:340

Betzes

 

des14

 

393

 

Desynapsis 14

26:341

Betzes

 

des15

 

394

 

Desynapsis 15

26:342

Ingrid

 

dex1

sex2

311

5HS

Defective endosperm xenia 1

26:260

BTT 63-j-18-17

 

dsk1

dsk

322

5HL

Dusky 1

26:270

Chikurin-Ibaraki 1

 

dsp1

l

    9

7HS

Dense spike 1

26:53

Honen 6

 

dsp9

l9

258

6HL

Dense spike 9

26:239

Akashinriki

 

dsp10

lc

111

3HS

Dense spike 10

26:145

Club Mariout

 

Dwf2

 

542

 

Dominant dwarf 2

24:170

Klages/Mata

 

Eam1

Ea

  65

2HS

Early maturity 1

26:101

Estate

 

Eam5

Ea5

348

5HL

Early maturity 5

32:109

Higuerilla*2/ Gobernadora

 

eam6

Ea6, Ea

  98

2HS

Early maturity 6

32:86

Morex

 

eam7

ea7

252

6HS

Early maturity 7

26:233

California Mariout

 

eam8

eak,

ert-o

214

1HL

Early maturity 8

26:213

Kinai 5

 

eam9

ea,,c

181

4HL

Early maturity 9

26:204

Tayeh 8

 

eam10

easp

130

3HL

Early maturity 10

26:166

Super Precoz

 

eli-a

lig-a

623

 

Eligulum-a

35:192

Foma

 

eog 1

e

  57

2HL

Elongated outer glume 1

26:92

Triple Bearded Club Mariout

 

 

 

 

 

 

 

 

 

Table 3. (continued)

 

 

 

 

 

 

 

 

 

 

 

 

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

 

Rec.

Prev.

no.

loc.†

 

vol. p.

 

 

ert-a

ert-6

  28

7HS

Erectoides-a

26:74

Gull

 

ert-b

ert-2

224

1HS

Erectoides-b

26:222

Gull

 

ert-c

ert-1

134

3HL

Erectoides-c

26:170

Gull

 

ert-d

ert-7

  29

7HS

Erectoides-d

26:76

Gull

 

ert-e

ert-17

266

6HL

Erectoides-e

26:246

Bonus

 

ert-f

ert-18

560

 

Erectoides-f

26:486

Bonus

 

ert-g

ert-24

330

5HL

Erectoides-g

26:278

Bonus

 

ert-h

ert-25

561

 

Erectoides-h

26:487

Bonus

 

ert-ii

ert-79

135

3HL

Erectoides-ii

26:172

Bonus

 

ert-j

ert.31

  90

2H

Erectoides-j

26:129

Bonus

 

ert-k

ert-32

562

 

Erectoides-k

26:488

Bonus

 

ert-l

ert-12

563

 

Erectoides-l

26:489

Maja

 

ert-m

ert-34

  30

7HS

Erectoides-m

26:78

Bonus

 

ert-n

ert-51

331

5HL

Erectoides-n

26:279

Bonus

 

ert-p

ert-44

564

 

Erectoides-p

26:490

Bonus

 

ert-q

ert-101

  91

2H

Erectoides-q

26:130

Bonus

 

Ert-r

Ert-52

332

 

Erectoides-r

26:280

Bonus

 

ert-s

ert-50

565

 

Erectoides-s

26:491

Bonus

 

ert-t

ert-55

566

 

Erectoides-t

26:492

Bonus

 

ert-u

ert-56

  92

2H

Erectoides-u

26:131

Bonus

 

ert-v

ert-57

567

 

Erectoides-v

26:493

Bonus

 

ert-x

ert-58

568

 

Erectoides-x

26:494

Bonus

 

ert-y

ert-69

569

 

Erectoides-y

26:495

Bonus

 

ert-z

ert-71

570

 

Erectoides-z

26:496

Bonus

 

ert-za

ert-102

571

 

Erectoides-za

26:497

Bonus

 

ert-zb

ert-132

572

 

Erectoides-zb

26:498

Bonus

 

ert-zc

ert-149

573

 

Erectoides-zc

26:499

Bonus

 

ert-zd

ert-159

  93

2H

Erectoides-zd

26:132

Bonus

 

ert-ze

ert-105

574

 

Erectoides-ze

26:500

Bonus

 

fch1

f

  55

2HS

Chlorina seedling 1

26:90

Minn 84-7

 

fch2

f2

117

3HL

Chlorina seedling 2

26:151

28-3398

 

fch3

f3

220

1HS

Chlorina seedling 3

26:218

Minn 89-4

 

fch4

f4

  17

7HL

Chlorina seedling 4

26:63

Montcalm

 

fch5

f5

  18

7HS

Chlorina seedling 5

26:64

Gateway

 

fch6

f6

313

5HL

Chlorina seedling 6

26:262

Himalaya

 

fch7

f7

201

1HL

Chlorina seedling 7

26:206

Smyrna

 

fch8

f8

    5

7HS

Chlorina seedling 8

26:48

Comfort

 

fch9

f9

151

4HS

Chlorina seedling 9

26:178

Ko A

 

fch11

f11

260

6HL

Chlorina seedling 11

26:240

Himalaya

 

fch12

fc

    2

7HS

Chlorina seedling 12

26:45

Colsess

 

 

 

 

 

 

 

 

 

Table  3. (continued)

 

 

 

 

 

 

 

 

 

 

 

 

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

 

Rec.

Prev.

no.

loc.†

 

vol. p.

 

 

fch13

f13

  86

 

Chlorina seedling 13

26:124

Niggrinudum

 

fch14

f14

  87

2HL

Chlorina seedling 14

26:125

Shyri

 

fch15

or

  52

2HS

Chlorina seedling 15

26:88

Trebi IV

 

flo-a

 

182

 

Extra floret-a

26:205

Foma

 

flo-b

 

327

5HL

Extra floret-b

26:275

Foma

 

flo-c

 

  74

2HS

Extra floret-c

26:111

Foma

 

fol-a

 

  73

2HL

Angustifolium-a

26:110

Proctor

 

Fol-b

Ang

548

 

Angustifolium-b

26:474

Unknown

 

fst1

fs

301

5HL

Fragile stem 1

26:252

Kamairazu

 

fst2

fs2

208

1HL

Fragile stem 2

26:211

Oshichi

 

fst3

fs3

  24

7HS

Fragile stem 3

26:70

Kobinkatagi 4

 

gig1

gig

463

2H?

Gigas 1

26:410

Tochigi Golden Melon

 

gig2

 

612

 

Gigas 2

32:113

ND12463

 

glf1

gl

155

4HL

Glossy leaf 1  ++ ++ -

26:181

Himalaya

 

glf3

gl3

165

4HL

Glossy leaf 3  ++ ++ -

26:190

Goseshikoku

 

glo-a

 

168

4HS

Globosum-a

26:194

Proctor

 

glo-b

 

336

5HL

Globosum-b

26:284

Villa

 

glo-c

 

  72

2H

Globosum-c

26:109

Villa

 

glo-e

 

230

1HL

Globosum-e

26:228

Foma

 

glo-f

 

342

5HL

Globosum-f

26:291

Damazy

 

gpa1

gp

  59

2HL

Grandpa 1

26:95

Lyallpur

 

gra-a

gran-a

131

3HL

Granum-a

26:167

Donaria

 

gsh1

gs1

351

2HS

Glossy sheath 1  - - ++

26:292

CIho 5818

 

gsh2

gs2

352

3HL

Glossy sheath 2  - - ++

26:294

Atlas

 

gsh3

gs3

353

7HS

Glossy sheath 3  - - ++

26:296

Mars

 

gsh4

gs4

354

6HL

Glossy sheath 4  - - ++

26:298

Gateway

 

gsh5

gs5

355

2HL

Glossy sheath 5  + - ++

26:300

Jotun

 

gsh6

gs6

356

2HS

Glossy sheath 6  - - ++

26:302

Betzes

 

gsh7

gs7

  81

 

Glossy sheath 7  - - ++

26:119

Akashinriki

 

gsh8

cer-u

413

2HS

Glossy sheath 8  + + ++

26:364

Bonus

 

Gth1

G

  69

2HL

Toothed lemma 1

26:106

Machine     (Wexelsen)

 

hcm1

h

  77

2HL

Short culm 1

26:115

Morex

 

Hln1

Hn

164

4HL

Hairs on lemma nerves 1

26:189

Kogane-mugi

 

Hsh1

Hs

179

4HL

Hairy leaf sheath 1

26:202

Kimugi

 

int-b

 

320

5HL

Intermedium spike-b

26:268

Bonus

 

int-c

i

178

4HS

Intermedium spike-c

26:200

Gamma 4

 

int-f

 

543

 

Intermedium spike-f

26:469

Foma

 

int-h

 

544

 

Intermedium spike-h

26:470

Kristina

 

 

 

 

 

 

 

 

 

Table  3. (continued)

 

 

 

 

 

 

 

 

 

 

 

 

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

 

Rec.

Prev.

no.

loc.†

 

vol. p.

 

 

int-i

 

545

 

Intermedium spike-i

26:471

Kristina

 

int-k

 

546

 

Intermedium spike-k

26:472

Kristina

 

int-m

 

547

 

Intermedium spike-m

26:473

Bonus

 

Kap1

K

152

4HS

Hooded lemma 1

26:179

Colsess

 

lam1

 

651

 

Late maturity 1

35:209

Steptoe

 

lax-a

 

474

5HL

Laxatum-a

26:421

Bonus

 

lax-b

 

268

6HL

Laxatum-b

26:248

Bonus

 

lax-c

 

475

6HL

Laxatum-c

26:423

Bonus

 

lbi1

lb

308

5HL

Long basal rachis internode 1

26:258

Wisconsin 38

 

lbi2

lb2

156

4HL

Long basal rachis internode 2

26:183

Montcalm

 

lbi3

lb3

  27

7HL

Long basal rachis internode 3

26:73

Montcalm

 

lel1

lel

235

1HL

Leafy lemma 1

32:103

G7118

 

Lfb1

Lfb

343

5HL

Leafy bract 1

28:30

Montcalm

 

Lga1

Log

549

 

Long glume awn 1

26:475

Guy Mayle

 

lgn3

lg3

170

4HL

Light green 3

26:195

No 154

 

lgn4

lg4

171

4HL

Light green 4

26:196

Himalaya/     Ingrescens

 

lig1

li

  60

2HL

Liguleless 1

26:96

Muyoji

 

lin1

s, rin

  99

2HL

Lesser internode number 1

32:88

Natural occurence

 

Lks1

Lk

  75

2HL

Awnless 1

26:112

Hordeum inerme

 

lks2

lk2

  10

7HL

Short awn 2

26:54

Honen 6

 

lks5

lk5

172

4HL

Short awn 5

26:197

CIho 5641

 

lnt1

lnt

118

3HL

Low number of tillers 1

26:153

Mitake

 

lys1

lys

338

5HL

High lysine 1

26:286

Hiproly

 

lys3

sex3

339

5HL

High lysine 3

26:287

Bomi

 

Lys4

sex5

232

1HS

High lysine 4

26:230

Bomi

 

lys6

 

269

6H

High lysine 6

26:249

Bomi

 

lzd1

lzd

125

3HS

Lazy dwarf 1

26:161

Akashinriki

 

mat-b

 

578

 

Praematurum-b

26:504

Bonus

 

mat-c

 

579

 

Praematurum-c

26:506

Bonus

 

mat-d

 

580

 

Praematurum-d

26:507

Bonus

 

mat-e

 

581

 

Praematurum-e

26:508

Bonus

 

mat-f

 

582

 

Praematurum-f 

26:509

Bonus

 

mat-g

 

583

 

Praematurum-g

26:510

Bonus

 

mat-h

 

584

 

Praematurum-h

26:511

Bonus

 

mat-i

 

585

 

Praematurum-i

26:512

Bonus

 

min1

min

161

4HL

Semi-minute dwarf 1

26:187

Taisho-mugi

 

min2

en-min

160

 

Enhancer of minute 1

26:186

Kaiyo Bozu

 

mnd1

m

519

 

Many-noded dwarf 1

26:446

Mesa

 

mnd3

m3

618

3H

Many noded dwarf 3

32:119

Montcalm

 

 

 

 

 

 

 

 

 

Table 3. (continued)

 

 

 

 

 

 

 

 

 

 

 

 

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

 

Rec.

Prev.

no.

loc.†

 

vol. p.

 

 

mnd4

m4

347

5HL

Many noded dwarf 4

32:108

Akashinriki

 

mnd5

 

632

 

Many noded dwarf 5

32:133

C2-95-199

 

mnd6

den-6

633

5HL

Many noded dwarf 6

32:134

Bonus

 

mov1

mo6b

  43

7HL

Multiovary 1

35:185

Steptoe

 

mov2

mo7a

147

3HS

Multiovary 2

35:190

Steptoe

 

mov3

mo-a

234

1H

Multiovary 3

32:102

Akashinriki

 

mov4

 

648

 

Multiovary 4

35:206

Steptoe

 

msg1

 

357

1HL

Male sterile genetic 1

26:304

CIho 5368

 

msg2

 

358

2HL

Male sterile genetic 2

26:306

Manchuria

 

msg3

 

359

2HS

Male sterile genetic 3

26:307

Gateway

 

msg4

 

360

1H

Male sterile genetic 4

26:308

Freja

 

msg5

 

361

3HS

Male sterile genetic 5

26:309

Carlsberg II

 

msg6

 

362

6HS

Male sterile genetic 6

26:310

Hanna

 

msg7

 

363

5HL

Male sterile genetic 7

26:311

Dekap

 

msg8

 

364

5HL

Male sterile genetic 8

26:312

Betzes

 

msg9

 

365

2HS

Male sterile genetic 9

26:313

Vantage

 

msg10

 

366

7HS

Male sterile genetic 10

26:314

Compana

 

msg11

 

367

 

Male sterile genetic 11

26:315

Gateway

 

msg13

 

368

 

Male sterile genetic 13

26:316

Haisa II

 

msg14

 

369

7HS

Male sterile genetic 14

26:317

Unitan

 

msg15

 

370

 

Male sterile genetic 15

26:318

Atlas/2*Kindred

 

msg16

 

371

5HS

Male sterile genetic 16

26:319

Betzes

 

msg17

 

372

 

Male sterile genetic 17

26:320

Compana

 

msg18

 

373

5HL

Male sterile genetic 18

26:321

Compana

 

msg19

 

374

5HS

Male sterile genetic 19

26:322

CIho 14393

 

msg20

 

375

1H

Male sterile genetic 20

26:323

Hannchen

 

msg21

 

376

 

Male sterile genetic 21

26:324

Midwest Bulk

 

msg22

 

383

7H

Male sterile genetic 22

26:331

Glacier/Compana

 

msg23

 

384

7HL

Male sterile genetic 23

26:332

Betzes

 

msg24

 

385

4HL

Male sterile genetic 24

26:333

Betzes

 

msg25

 

166

4HL

Male sterile genetic 25

26:192

Betzes

 

msg26

 

395

7HS

Male sterile genetic 26

26:343

Unitan

 

msg27

 

464

2HL

Male sterile genetic 27

26:411

Firlbecks III

 

msg28

 

465

6H

Male sterile genetic 28

26:412

York

 

msg29

 

466

5HL

Male sterile genetic 29

26:413

Ackermans MGZ

 

msg30

 

467

7HL

Male sterile genetic 30

26:414

Compana

 

msg31

 

468

1HS

Male sterile genetic 31

26:415

51Ab4834

 

msg32

 

469

7H

Male sterile genetic 32

26:416

Betzes

 

msg33

 

470

2HS

Male sterile genetic 33

26:417

Betzes

 

msg34

 

471

6H

Male sterile genetic 34

26:418

Paragon

 

 

 

 

 

 

 

 

 

Table 3. (continued)

 

 

 

 

 

 

 

 

 

 

 

 

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

 

Rec.

Prev.

no.

loc.†

 

vol. p.

 

 

msg35

 

498

2HL

Male sterile genetic 35

26:424

Karl

 

msg36

 

499

6HS

Male sterile genetic 36

26:425

Betzes

 

msg37

 

500

 

Male sterile genetic 37

26:426

Clermont

 

msg38

 

501

 

Male sterile genetic 38

26:427

Ingrid

 

msg39

 

502

6H

Male sterile genetic 39

26:428

CIho 15836

 

msg40

 

503

6H

Male sterile genetic 40

26:429

Conquest

 

msg41

 

504

 

Male sterile genetic 41

26:430

Betzes

 

msg42

 

505

3H

Male sterile genetic 42

26:431

Betzes

 

msg43

 

506

 

Male sterile genetic 43

26:432

Betzes

 

msg44

 

507

 

Male sterile genetic 44

26:433

HA6-33-02

 

msg45

 

508

 

Male sterile genetic 45

26:434

RPB439-71

 

msg46

 

509

 

Male sterile genetic 46

26:435

Hector

 

msg47

 

510

 

Male sterile genetic 47

26:436

Sel 12384CO

 

msg48

 

520

2H

Male sterile genetic 48

26:447

Simba

 

msg49

 

335

5HL

Male sterile genetic 49

26:283

ND7369

 

msg50

 

  34

7HL

Male sterile genetic 50

26:83

Berac

 

mss1

mss

  84

2H

Midseason stripe 1

26:122

Montcalm

 

mss2

 

  39

7HS

Midseason stripe 2

32:79

ND11258

 

mtt1

mt

521

1HS

Mottled leaf 1

26:448

Montcalm

 

mtt2

mt2

302

5HL

Mottled leaf 2

26:253

Montcalm

 

mtt4

mt,,e

  78

2HL

Mottled leaf 4

26:116

Victorie

 

mtt5

mt,,f

264

6HL

Mottled leaf 5

26:244

Akashinriki

 

mtt6

 

629

 

Mottled leaf 6

32:130

ND6809

 

mul2

 

251

6HL

Multiflorus 2

26:232

Montcalm

 

nar1

 

637

6HS

NADH ntrate reductase-deficient 1

35:194

Steptoe

 

nar2

 

638

5HL

NADH ntrate reductase-deficient 2

35:196

Steptoe

 

nar3

 

639

7HS

NADH ntrate reductase-deficient 3

35:197

Winer

 

nar4

 

640

2HL

NADH ntrate reductase-deficient 4

35:198

Steptoe

 

nar5

 

641

5HL

NADH ntrate reductase-deficient 5

35:199

Steptoe

 

nar6

 

642

2HL

NADH ntrate reductase-deficient 6

35:200

Steptoe

 

nar7

 

643

6HL

NADH ntrate reductase-deficient 7

35:201

Steptoe

 

nar8

 

644

6HS

NADH ntrate reductase-deficient 8

35:202

Steptoe

 

nec1

 

222

1HL

Necrotic leaf spot 1

26:220

Carlsberg II

 

nec2

 

261

6HS

Necrotic leaf spot 2

26:241

Carlsberg II

 

nec3

 

265

6HS

Necrotic leaf spot 3

26:245

Proctor

 

nec4

 

138

3H

Necrotic leaf spot 4

26:175

Proctor

 

nec5

 

139

3H

Necrotic leaf spot 5

26:176

Diamant

 

Nec6

Sp

611

 

Necrotic leaf spot 6

32:112

Awnless Atlas

 

nec7

nec-45

635

 

Necroticans 7

32:136

Kristina

 

nld1

nld

323

5HL

Narrow leafed dwarf 1

26:271

Nagaoka

 

 

 

 

 

 

 

 

 

Table 3. (continued)

 

 

 

 

 

 

 

 

 

 

 

 

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

 

Rec.

Prev.

no.

loc.†

 

vol. p.

 

 

nud1

n, nud

    7

7HL

Naked caryopsis 1

26:51

Himalaya

 

ops1

op-3

624

 

Opposite spikelets 1

32:125

Bonus

 

ovl1

 

176

4H

Ovaryless 1

35:191

Kanto Bansei Gold

 

ovl2

 

646

 

Ovaryless 2

35:204

Harrington

 

pmr1

pmr

  40

7HS

Premature ripe 1

32:80

Glenn

 

pmr2

nec-50

634

 

Premature ripe 2

32:135

Bonus

 

Pre2

Re2

  76

2HL

Red lemma and pericarp 2

26:113

Buckley 3277

 

Pub1

Pub

127

3HL

Pubescent leaf blade 1

26:163

Multiple Dominant

 

Pvc1

Pc

  68

2HL

Purple veined lemma 1

26:105

Buckley 2223-6

 

Pyr1

 

  42

7HS

Pyramidatum 1

32:82

Pokko/Hja80001

 

raw1

r

312

5HL

Smooth awn 1

26:261

Lion

 

raw2

r2

340

5HL

Smooth awn 2

26:289

Lion

 

raw5

r,,e

257

6HL

Smooth awn 5

26:238

Akashinriki

 

raw6

r6

334

5HL

Smooth awn 6

26:282

Glenn

 

rob1

o

254

6HL

Orange lemma 1

26:235

CIho 5649

 

Rpg1

T

511

7HS

Reaction to Puccinia graminis 1

26:437

Chevron

 

Rpg2

T2

512

 

Reaction to Puccinia graminis 2

26:439

Hietpas 5

 

rpg4

 

319

5HL

Reaction to Puccinia graminis 4

26:267

Q21861

 

Rph1

Pa

  70

2H

Reaction to Puccinia hordei 1

26:107

Oderbrucker

 

Rph2

Pa2

  88

5HS

Reaction to Puccinia hordei 2

26:126

Peruvian

 

Rph3

Pa3

121

7HL

Reaction to Puccinia hordei 3

26:156

Estate

 

Rph4

Pa4

218

1HS

Reaction to Puccinia hordei 4

26:217

Gull

 

Rph5

Pa5

122

3HS

Reaction to Puccinia hordei 5

35:188

Magnif 102

 

Rph6

Pa6

575

3HS

Reaction to Puccinia hordei 6

26:501

Bolivia

 

Rph7

Pa7

136

3HS

Reaction to Puccinia hordei 7

26:173

Cebada Capa

 

Rph8

Pa8

576

 

Reaction to Puccinia hordei 8

26:502

Egypt 4

 

Rph9

Pa9

  32

 

Reaction to Puccinia hordei 9

26:81

HOR 2596

 

Rph10

 

137

3HL

Reaction to Puccinia hordei 10

26:174

Clipper C8

 

Rph11

 

267

6HL

Reaction to Puccinia hordei 11

26:247

Clipper C67

 

Rph12

 

333

5HL

Reaction to Puccinia hordei 12

26:281

Triumph

 

Rph13

 

590

 

Reaction to Puccinia hordei 13

28:31

PI 531849

 

Rph14

 

591

 

Reaction to Puccinia hordei 14

28:32

PI 584760

 

Rph15

 

  96

2HL

Reaction to Puccinia hordei 15

35:186

PI 355447

 

Rsg1

Grb

  22

7H

Reaction to Schizaphis raminum 1

26:68

Omugi

 

Rsg2

 

577

 

Reaction to Schizaphis raminum 2

26:503

PI 426756

 

rsm1

sm

  35

7HS

Reaction to BSMV 1

26:84

Modjo 1

 

Rsp1

Sep

515

 

Reaction to Septoria passerinii 1

26:441

CIho 14300

 

Rsp2

Sep2

516

 

Reaction to Septoria passerinii 2

26:442

PI 70837

 

Rsp3

Sep3

517

 

Reaction to Septoria passerinii 3

26:443

CIho 10644

 

rtt1

rt

  51

2HS

Rattail spike 1

26:87

Goldfoil

 

 

 

 

 

 

 

 

 

Table 3. (continued)

 

 

 

 

 

 

 

 

 

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

Rec.

Prev.

no.

loc.†

 

vol. p.

 

Run1

Un

  21

7HS

Reaction to Ustilago nuda 1

26:67

Trebi

rvl1

rvl

226

1HL

Revoluted leaf 1

26:224

Hakata 2

Ryd2

Yd2

123

3HL

Reaction to BYDV 2

26:158

CIho 2376

Rym1

Ym

167

4HL

Reaction to BaYMV 1

32:96

Mokusekko 3

Rym2

Ym2

  20

7HL

Reaction to BaYMV 2

26:66

Mihori Hadaka 3

rym3

ym3

345

5HS

Reaction to BaYMV 3

32:105

Chikurin Ibaraki

rym5

Ym

141

3HL

Reaction to BaYMV 5

32:90

Mokusekko 3

sbk1

sk, cal-a

  62

2HS

Subjacent hood 1

32:83

Tayeh 13

sca1

sca

128

3HS

Short crooked awn 1

26:164

Akashinriki

sci-a

sci-3

625

 

Scirpoides-a

32:126

Bonus

scl-a

scl-6

626

 

Scirpoides leaf-a

32:127

Foma

sdw1

sdw

518

3HL

Semidwarf 1

26:444

M21

sdw2

sdw-b

133

3HL

Semidwarf 2

26:169

Mg2170

seg1

se1

377

7HL

Shrunken endosperm 1

26:235

Betzes

seg2

se2

378

7HS

Shrunken endosperm 2

26:326

Betzes

seg3

se3

379

3H

Shrunken endosperm 3

26:327

Compana

seg4

se4

380

7HL

Shrunken endosperm 4

26:328

Compana

seg5

se5

381

7HS

Shrunken endosperm 5

26:329

Sermo/7*Glacier

seg6

se6

396

3HL

Shrunken endosperm 6

26:344

Ingrid

seg7

se7

397

 

Shrunken endosperm 7

26:345

Ingrid

seg8

 

455

7H

Shrunken endosperm 8

26:405

60Ab1810-53

sex1

lys5

382

6HL

Shrunken endosperm xenia 1

26:330

Compana

sex6

 

  31

7HS

Shrunken endosperm xenia 6

26:80

K6827

sex7

sex.i

627

5HL

Shrunken endosperm xenia 7

32:129

I90-374

sex8

sex.j

143

6HS

Shrunken endosperm xenia 8

32:93

I89-633

sgh1

sh1

163

4HL

Spring growth habit 1

26:188

Iwate Mensury C

Sgh2

Sh2

309

5HL

Spring growth habit 2

 26:259

Indian Barley

Sgh3

Sh3

213

1HL

Spring growth habit 3

26:212

Tammi/Hayakiso 2

sid1

nls

180

4HL

Single internode dwarf 1

26:203

Akashinriki

Sil1

Sil

228

1HS

Subcrown internode length 1

26:226

NE 62203

sld1

dw-1

126

3HL

Slender dwarf 1

26:162

Akashinriki

sld2

 

  83

2HS

Slender dwarf 2

26:121

Akashinriki

sld3

ant-567

186

4HS

Slender dwarf 3

32:101

Manker

sld4

 

100

2HL

Slender dwarf 4

32:89

Glacier

sld5

 

144

3HS

Slender dwarf 5

32:94

Indian Dwarf

sls1

sls

227

1HS

Small lateral spikelet 1

26:225

Morex

smn1

smn

  38

7HS

Seminudoides 1

32:225

Haisa

snb1

sb

  26

7HS

Subnodal bract 1

26:72

L50-200

srh1

s

321

5HL

Short rachilla hair 1

26:269

Lion

sun1

 

650

 

Sensitivity to Ustilago nuda 1

35:208

Steptoe

 

 

 

 

 

 

 

Table 3. (continued)

 

 

 

 

 

 

 

 

 

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

Rec.

Prev.

no.

loc.†

 

vol. p.

 

trd1

trd

202

1HL

Third outer glume 1

26:207

Valki

trp1

tr

  61

2HL

Triple awned lemma 1

26:97

CIho 6630

tst1

 

647

 

Tip sterile 1

35:205

Steptoe

tst2

lin2

636

 

Tip sterile 2

32:137

Donaria

ubs4

u4

  11

7HL

Unbranched style 4

26:56

Ao-Hadaka

uzu1

uz

102

3HL

Uzu or semi brachytic 1

26:136

Baitori

var1

va

306

5HL

Variegated 1

26:257

Montcalm

var2

va2

344

5HL

Variegated 2

32:104

Montcalm

var3

va3

303

5HL

Variegated 3

26:254

Montcalm

viv-a

viv-5

627

 

Viviparoides-a

32:128

Foma

vrs1

v

    6

2HL

Six-rowed spike 1

26:49

Trebi

vrs1

lr

  58

2HL

Six-rowed spike 1

26:94

Nudihaxtoni

vrs1

Vd

  66

2HL

Two-rowed spike

26:103

Svanhals

vrs1

Vt

  67

2HL

Deficiens 1

26:104

White Deficiens

vrs2

v2

314

5HL

Six-rowed spike 2

26:263

Svanhals

vrs3

v3

315

1HL

Six-rowed spike 3

26:264

Hadata 2

vrs4

v4

124

3HL

Six-rowed spike 4

26:159

MFB 104

wax1

wx

  16

7HS

Waxy endosperm 1

26:61

Oderbrucker

wnd1

wnd

  23

7HS

Winding dwarf 1

26:69

Kogen-mugi

wst1

wst

107

3HL

White streak 1

26:141

CIho 11767

wst2

 

304

5HL

White streak 2

26:255

Manabe

wst4

 

  56

2HL

White streak 4

26:91

Kanyo 7

wst5

 

221

1HL

White streak 5

26:219

Carlsberg II

wst6

wst,,j

129

3HL

White streak 6

26:165

Akashinriki

wst7

rb

  79

2HL

White streak 7

26:117

GS397

Xnt1

Xa

  25

7HL

Xantha seedling 1

26:71

Akanshinriki

xnt2

xb

513

 

Xantha seedling 2

26:440

Black Hulless

xnt3

xc

105

3HS

Xantha seedling 3

26:139

Colsess

xnt4

xc2

  36

7HL

Xantha seedling 4

26:85

Coast

xnt5

xn

255

6HL

Xantha seedling 5

26:237

Nepal

xnt6

xs

113

3HS

Xantha seedling 6

26:147

Smyrna

xnt7

xan,,g

233

1HL

Xantha seedling 7

26:231

Erbet

xnt8

xan,,h

140

3HS

Xantha seedling 8

26:177

Carlsberg II

xnt9

xan,,i

  37

7HL

Xantha seedling 9

26:86

Erbet

yhd1

yh

158

4HL

Yellow head 1

26:185

Kimugi

yhd2

yh2

592

 

Yellow head 2

28:34

Compana

ylf1

 

652

 

Yellow leaf 1

35:210

Villa

Ynd1

Yn

183

4HS

Yellow node 1

32:98

Morex

yst1

yst

104

3HS

Yellow streak 1

26:138

Gateway

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Table 3. (continued)

 

 

 

 

 

 

 

 

 

 

Locus symbol*

BGS

Chr.

Locus name or phenotype

Descr.

Parental cultivar

Rec.

Prev.

no.

loc.†

 

vol. p.

 

yst2

 

109

3HS

Yellow streak 2

26:144

Kuromugi 148/ Mensury C

yst3

yst,,c

462

3HS

Yellow streak 3

26:409

Lion

yst4

 

  85

2HL

Yellow streak 4

26:123

Glenn

yst5

 

346

5HL

Yellow streak 5

32:107

Bowman/ant10.30

yvs1

yx

  63

2HS

Virescent seedling 1

26:99

Minn 71-8

yvs2

yc

    3

7HS

Virescent seedling 2

26:46

Coast

zeb1

zb

120

3HL

Zebra stripe 1

26:155

Mars

zeb2

zb2

461

4HL

Zebra stripe 2

26:407

Unknown

zeb3

zb3

223

1HL

Zebra stripe 3

26:221

Utah 41

Zeo1

Knd

  82

2HL

Zeocriton 1

26:120

Donaria

Zeo2

 

614

 

Zeocriton 2

32:115

36Ab51

Zeo3

Mo1

184

4HL

Zeocriton 3

32:99

Morex

 

 


* Recommended locus symbols are based on utilization of a three-letter code for barley genes as approved at the business meeting of the Seventh International Barley Genetics Symposium at Saskatoon, Saskatchewan, Canada, on 05 August 1996.

 

† Chromosome numbers and arm designations are based on the Triticeae system. Utilization of this system for naming of barley chromosomes was at the business meeting of the Seventh International Barley Genetics Symposium at Saskatoon, Saskatchewan, Canada, on 05 August 1996. The Burnham and Hagberg (1956) designations of barley chromosomes were 1 2 3 4 5 6 and 7 while new designations based on the Triticeae system are 7H 2H 3H 4H 1H 6H and 5H, respectively.

 

 

BGS 43, Multiovary 1, mov1

 

Stock number:                        BGS 43

Locus name:               Multiovary 1

Locus symbol:                        mov1

 

Previous nomenclature and gene symbolization:

Multiovary 5 = mo5 (4).

Multiovary 6 = mo6b (2, 3).

Inheritance:

Monofactorial recessive (2).

Located in chromosome 7HL [1L] in Bin 7H-07, near the Amy2 (alpha-amylase 2) locus (2), co-segregation with molecular markers Hsp17 and JS192.5 (3).

Description:

The mov1.f (mov6b) mutant has four carpels and two sepal-like structures where the lodicules should be. Stamens and lodicules are absent. It is presumed that the three stamens found in wild-type flowers have been converted into three additional carpels and that the lodicules have become leaf-like structures (3). The plant appears normal, but is completely sterile. The stock must be maintained as a heterozygote (1). This mutant appears morphologically similar to the mo5 mutant (4), which was reported to map to the same region of chromosome 7HL (5). A seed stock was, however, not available for allelism tests (3).

Origin of mutant:

A fast neutron induced mutant in Steptoe (CIho 15229) (2).

Mutational events:

mov1.f (mo6b, FN1) in Steptoe (1); mov1.e (mo5) (3, 4); mov1.i (5102, mo6c); mov1.j (5103, mo6d) from the Institute of Plant Genetics and Crop Plant Research, Gatersleben, Germany (3).

Mutant used for description and seed stocks:

mov1.f in Steptoe.

References:

1. Kleinhofs, A. (Unpublished).

2. Soule, J., I. Skodova, D. Kudrna, A. Kilian, and A. Kleinhofs. 1995. Molecular and genetic characterization of barley flower development mutants. BGN 25:76-80.

3. Soule, J.D., D.A. Kudrna, and A. Kleinhofs. 2000. Isolation, mapping, and characterization of two barley multiovary mutants. J. Hered. 91:483-487.

4. Tazhin, O.T. 1980. The linkage of the genes mo5 and n in barley. BGN 10:69-72.

5. Tazhin, O.T. 1982. Value of crossing-over between linked genes mo5 and n in barley. BGN 12:18-21.

Prepared:

A. Kleinhofs. 2005. BGN 35:185.

 

 

BGS 96, Reaction to Puccinia hordei 15, Rph15

 

Stock number:                        BGS 96

Locus name:               Reaction to Puccinia hordei 15 (barley leaf rust)

Locus symbol:                        Rph15

 

Previous nomenclature and gene symbolization:

Rph16 = Reaction to Puccinia hordei 16 (4, 7).

Inheritance:

Monofactorial dominant (1, 2).

Located in chromosome 2HS (1, 4), in bin 2H-6 near molecular markers MWG2133 and MWG874 (4, 7); about 25.2cM distal from the centromere (7), about 14cM proximal from the Eam1 (Early maturity 1) locus (Falk, personal communications), over 32.3 cM proximal from the vrs1 (six-rowed spike 1) locus (1).

Description:

The seedling reaction to most isolates of Puccinia hordei is a relatively large necrotic fleck (1). The seedling reaction of heterozygotes is indistinguishable from that of homozygous resistant seedlings. Alleles at this locus were found in six of the first seven Rph genes from Hordeum vulgare subsp spontaneum evaluated in Bowman backcross-derived lines (1, 2). Only one of 350 leaf rust isolates (90-3 from Israel) was found to be virulent on Rph15 lines (6, 7).

Origin of mutant:

Natural occurrence in accession PI 355447 of Hordeum vulgare subsp spontaneum, but isolated in a selection that contained one Rph gene from the original accession crossed to Bowman (PI 483237) (1, 5).

Mutational events:

Rph15.ad in PI 355447 (1, 2, 3), PI 354937, PI 391024, PI 391069, PI 391089, and PI 466245 (1, 2); Rph15.ae from HS084 (4, 7); PI 466245 has at least two genes for leaf rust resistance (5).

Mutant used for description and seed stocks:

Rph15.ad in selection from a cross to Bowman (GSHO 1586); Rph15.ad in Bowman*4 (GSHO 2330).

References:

1. Chicaiza, O. 1996. Genetic control of leaf rust in barley. Ph.D. dissertation, North Dakota State Univ., Fargo.

2. Chicaiza, O., J.D. Franckowiak, and B.J. Steffenson. 1996. New sources of resistance to leaf rust in barley. pp. 706-708. In A.E. Slinkard, G.J. Scoles, and B.G. Rossnagel (eds.). Proc. Fifth Int. Oat Conf. & Seventh Int. Barley Genet. Symp., Saskatoon. Univ. of Saskatchewan, Saskatoon.

3. Franckowiak, J.D., Y. Jin, and B.J. Steffenson. 1997. Recommended allele symbols for leaf rust resistance genes in barley. BGN 27:36-44.

4. Ivandic, V.,U. Walther, and A. Graner. 1998. Molecular mapping of a new gene in wild barley conferring complete resistance to leaf rust (Puccinia hordei Otth). Theor. Appl. Genet. 97:1235-1239.

5. Jin, Y., and B.J. Steffenson. 1994. Inheritance of resistance to Puccinia hordei in cultivated and wild barley. J. Hered. 85:451-454.

6. Kopahnke, D., M. Nachtigall, F. Ordon, and B.J. Steffenson. 2004. Evaluation and mapping of a leaf rust resistance gene derived from Hordeum vulgare spp. spontaneum. Pp.  In M. Bravunová (ed.) Proc. 9th Internal. Barley Genet. Symp., 20-26 June 2004, Brno, Czech Republic

7. Weerasena,J.S., B.J. Steffenson, and A.B. Falk. 2004. Conversion of an amplified fragment length polymorphism marker into a co-dominant marker in the mapping of the Rph15 gene conferring resistance to barley leaf rust, Puccinia hordei Otth. Theor. Appl. Genet. 108:712-719.

Prepared:

J.D. Franckowiak and O. Chicaiza. 1998. BGN 28:29.

Revised:

J.D. Franckowiak. 2005. BGN 35:186-187.

 

 

BGS 122, Reaction to Puccinia hordei 5, Rph5

 

Stock number:                        BGS 122

Locus name:               Reaction to Puccinia hordei 5 (barley leaf rust)

Locus symbol:                        Rph5

 

Previous nomenclature and gene symbolization:

Resistance to Puccinia hordei Otth 5 = Pa5 (4, 5).

Resistance to Puccinia hordei B = B (3).

Resistance to Puccinia hordei 6 = Rph6.f (BGS 575).

Inheritance:

Monofactorial incomplete dominant (1, 4).

Located in chromosome 3HS; about 6.0 cM distal from Rph7, about 1.0 cM proximal from RFLP marker CDO549, about 2.0 cM distal from RFLP marker MWG2021 (2, 8).

Description:

The seedling reaction type is 0 - 0;c with race 4 culture 57-19 (1). Incomplete dominance is observed in segregating progenies (1, 3, 4).

Origin of mutant:

Natural occurrence in Quinn (PI 39401) (4, 7).

Mutational events:

Rph5.e in Magnif 102 (PI 337140) (7); Rph5.f (formerly Rph6.f) in Bolivia (PI 36360) (8); Rph5.ai in Quinn along with Rph2.q (3, 4).

Mutant used for description and seed stocks:

Rph5.e in Malteria Heda*4/Quinn (Magnif 102, GSHO 1597) (7); Rph5.e in Bowman (PI 483237)*8 (GSHO 1865); Rph5.f in Bowman*8 (GSHO 2323).

References:

1. Jin, Y., G.H. Cui, B.J. Steffenson, and J.D. Franckowiak. 1996. New leaf rust resistance genes in barley and their allelic and linkage relationships with other Rph genes. Phytopathology 86:887-890.

2. Mammadov, J.A., J.C. Zwonitzer, R.M. Biyashev, C.A. Griffey, Y. Jin, B.J. Steffenson, and M.A. Saghai Maroof. 2003. Molecular mapping of leaf rust resistance gene Rph5 in barley. Crop Sci. 43:388-393.

3. Roane, C.W. 1962. Inheritance of reaction to Puccinia hordei in barley. I. Genes for resistance among North American race differentiating varieties. Phytopathology 52:1288-1295.

4. Roane, C.W., and T.M. Starling. 1967. Inheritance of reaction to Puccinia hordei in barley. II. Gene symbols for loci in differential cultivars. Phytopathology 57:66-68.

5. Roane, C.W., and T.M. Starling. 1970. Inheritance of reaction to Puccinia hordei in barley. III. Genes in the cultivars Cebada Capa and Franger. Phytopathology 60:788-790.

6. Starling, T.M. 1956. Sources, inheritance, and linkage relationships of resistance to race 4 of leaf rust (Puccinia hordei Otth), race 9 of powdery mildew (Erysiphe graminis hordei El. Marchal), and certain agronomic characters in barley. Iowa State Coll. J. Sci. 30:438-439.

7. Yahyaoui, A.H., and E.L. Sharp. 1987. Virulence spectrum of Puccinia hordei in North Africa and the Middle East. Plant Dis. 71:597-598.

8. Zhong, S., R.J. Effertz, Y. Jin, J.D. Franckowiak, and B.J. Steffenson. 2003. Molecular mapping of the leaf rust resistance gene Rph6 in barley and its linkage relationships with Rph5 and Rph7. Phytopathology 93:604-609.

Prepared:

C.W. Roane. 1976. BGN 6:122.

Revised:

J.D. Franckowiak and Y. Jin. 1997. BGN 26:157.

Revised:

B.J. Steffenson and J.D. Franckowiak. 2005. BGN 35:188-189.

 

 

 

§BGS 147, Multiovary 2, mov2

 

Stock number:                        BGS 147

Locus name:               Multiovary 2

Locus symbol:                        mov2

 

Previous nomenclature and gene symbolization:

Multi-ovary = mo (4).

Multiovary 7 = mo7a (5, 6).

Inheritance:

Monofactorial recessive (2, 4, 5, 6).

Located in chromosome 3HS in Bin 3H-02, co-segregation with molecular markers ABC171A and JS001B (6).

Description:

The mov2.g (mov7a) mutant has between five and seven carpel-like structures and normal lodicules. Stamens are not present, but some carpels are terminated with stamen-like structures. Pollination using wild-type flowers results in a few seeds (6). The plant appears abnormal with a twisted and compact spike and reduced awn length. The frequency of mutant plants in the two F2 progenies examined was much lower than expected (6). The stock must be maintained as a heterozygote (3). The mutants reported by Moh and Nilan (4) and Kamra and Nilan (2) may be alleles, but seed stocks were unavailable for testing (6).

Origin of mutant:

A fast neutron induced mutant in Steptoe (CIho 15229) (5).

Mutational events:

mov2.g (mo7a) in Steptoe (5, 6); mov2.a (mo1) (4, 6); mov2.c (mo3) (1, 2, 6).

Mutant used for description and seed stocks:

mov2.g in Steptoe.

References:

1. Kamra, P. 1966. Genetic control of the development of floral organs in Hordeum vulgare. p. 213-215. In A. Lengerova (ed.) Mechanisms of Mutation and Inducing Factors. Academia, Prague.

2. Kamra, O.P., and R.A. Nilan 1959. Multi-ovary in barley. Floral anatomy and embryo-sac development. J. Hered. 50:159-165.

3. Kleinhofs, A. (Unpublished).

4. Moh, C.C., and R.A. Nilan. 1953. Multi-ovary in barley. A. mutant induced by atomic radiation. J. Hered. 44:183-184.

5. Soule, J., I. Skodova, D. Kudrna, A. Kilian, and A. Kleinhofs. 1995. Molecular and genetic characterization of barley flower development mutants. BGN 25:76-80.

6. Soule, J.D., D.A. Kudrna, and A. Kleinhofs. 2000. Isolation, mapping, and characterization of two barley multiovary mutants. J. Hered. 91:483-487.

Prepared:

A. Kleinhofs. 2005. BGN 35:190.

 

 

BGS 176, Ovaryless 1, ovl1

 

Stock number:                        BGS 176

Locus name:               Ovaryless 1

Locus symbol:                        ovl1

 

Previous nomenclature and gene symbolization:

Ovaryless = ovl (2, 3).

Inheritance:

Monofactorial recessive with very weak co-dominance (3).

Location in chromosome 4H (1, 5).

Description:

The homozygous recessive plant shows nonfunctional female reproductive parts, but anthers are well developed and pollen is viable. Spikes are nearly normal length but are awnless and completely sterile. Due to the lack of a midvein, the second and later leaves droop noticeably. Leaf length is slightly short than normal and leaf blades are somewhat narrower. The heterozygous plant has a midvein present in the basal half of the leaf, but it disappears toward the tip. As a result, some drooping is observed, but it is less apparent than in homozygous plants. Leaf length and width is nearly normal and the plant is fertile (2, 3). A viable source of this mutant has not been identified.

Origin of mutant:

A gamma ray induced mutant in Kanto Bansei Gold (Kanto Bansei Gall) (OUJ818) (2, 3).

Mutational events:

ovl1.a (Kmut 21b) in Kanto Bansei Gold (GSHO 610) (1).

Mutant used for description and seed stocks:

ovl1.a in Kanto Bansei Gold (GSHO 610). The original stock carried both ovl1.a and a reciprocal translocation (T4-6) (3, 4).

References:

1. Seip, L., and T. Tsuchiya. 1979. Trisomic analysis of a mutant gene ovl for ovaryless or male in barley. BGN 9:89-90.

2. Tsuchiya, T. 1962. Radiation breeding in two-rowed barley. Seiken Ziho 14:21-34.

3. Tsuchiya, T. 1969. p. 573-580. In Induced Mutations in Plants. (Proc: FAO/IAEA Symopsium on the Nature, Induction and Utilization of Mutations in Plants, Pullman, Washington, 1969). Int. Atomic Energy Agency, Vienna.

4. Tsuchiya, T. 1972. Cytological identification of a translocation accompanied by a gene mutation. BGN 2:107-108.

5. Tsuchiya, T., S.D. Tanksley, and R. Ward. 1976. Trisomic analysis of three mutant genes in barley. BGN 6:95-96.

Prepared:

T. Tsuchiya and L. Seip. 1980. BGS 168, Ovaryless (male), ovl. BGN 10:118.

Revised:

T. Tsuchiya. 1983. BGN 13:110. (The BGS number was changed to BGS 176.)

Revised:

J.D. Franckowiak. 2005. BGN 35:191.

 

 

BGS 623, Eligulum-a, eli-a

 

Stock number:                        BGS 623

Locus name:               Eligulum-a

Locus symbol:                        eli-a

 

Previous nomenclature and gene symbolization:

Eligulum-a = lig-a (2).

Eligulum-3 = eli-3 (4).

Inheritance:

Monofactorial recessive (2).

Location is unknown.

Description:

Plants do not have ligules in the junction between the sheath and leaf blade, auricles are rudimentary and asymetrically displaced. Plants are about 2/3 of normal height and have very wide leaves (3, 4). The peduncle is short and spike emergence from the sheath of the flag leaf is poor. Spikes have a compact arrangement of spikelets and are extremely compacted near the tip (1, 3). The culm breaks very easily just below the nodes. The Bowman backcross-derived lines have glume awns that are nearly twice as long as those of Bowman (1).

Origin of mutant:

An ethylene imine induced mutant in Foma (CIho 11333) (2, 3).

Mutational events:

eli-a.3 (NGB 115390), -a.7 (NGB 115392), -a.9 (NGB 115393), -a.10 (NGB 115394) in Foma (3); eli-a.11 (NGB 115395), -a.14 (NGB 115397) in Kristina (NGB 1500); eli-a.15 (NGB 115398), -a.16 (NGB 151399) in Bonus (PI 189763 (4), -a.216 (FN216) in Steptoe (CIho 15229) (1, 3).

Mutant used for description and seed stocks:

eli-a.3 in Foma (NGB 115390); eli-a.3 in Bowman (PI 483237)*3.

References:

1. Franckowiak, J.D. (Unpublished).

2. Gustafsson, Å., A. Hagberg, U. Lundqvist, and G. Persson. 1969. A proposed system of symbols for the collection of barley mutants at Svalöv. Hereditas 62:409-414.

3. Kleinhofs, A. (Unpublished).

4. Lundqvist, U. (Unpublished).

Prepared:

U. Lundqvist and J.D. Franckowiak. 2002. BGN 32:126.

Revised:

J.D. Franckowiak and A. Kleinhofs. 2005. BGN 35:192.

 

 

 

BGS 636, Tip sterile 2, tst2

 

Stock number:                        BGS 636

Locus name:               Tip sterile 2

Locus symbol:                        tst2

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (4).

Location is unknown.

Description:

Spikes of tst2.b plants are 1/4 to 1/2 of normal length because seed set fails in the upper portion of the spike. Slow or poor development of the spike reduces both the number of rachis internodes and number of fertile spikelets (1, 4). Most spikes of the Bowman backcross-derived line set less than 10 seeds. Plants are shorter than are normal sibs because peduncles fail to elongate normally. Both rachis internode length and awn length are reduced in tst2 plants (1).

Origin of mutant:

An X-ray induced mutant in Donaria (PI 161974) (3, 4).

Mutational events:

tst2.b in Donaria (Mut. 2249, DWS1337) (2, 3).

Mutant used for description and seed stocks:

tst2.b in Haisa (GSHO 1781); tst2.b in Bowman (PI 483237)*5 (GSHO 2280).

References:

1. Franckowiak, J.D. (Unpublished).

2. Franckowiak, J.D., and A. Pecio. 1992. Coordinator’s report: Semidwarf genes. A listing of genetic stocks. BGN 21:116-127.

3. Scholz, F. 1956. Mutationsversuche an Kulturpflanzen. V. Die Vererbung zweier sich variabel manifestierender Übergangsmerkmale von bespelzter zu nackter Gerste bei röntgeninduzierten Mutanten. Kulturpflanze 4:228-246.

4. Scholz, F., and O. Lehmann. 1958. Die Gaterslebener Mutanten der Saatgerste in Beziehung zur Formenmannigfaltigkeit der Art Hordeum vulgare L.s.l.I. Kulturpflanze 6:123-166.

Prepared:

J.D. Franckowiak and U. Lundqvist. 2002. BGN 32:137.

Revised:

            J.D. Franckowiak. 2005. BGN 35:193 (Locus symbol was changed.)

 

BGS 637, NADH nitrate reductase-deficient 1, nar1

 

Stock number:                        BGS 637

Locus name:               NADH nitrate reductase-deficient 1 (EC1.6.6.1; Acc. No. X57844 and X57845)

Locus symbol:                        nar1

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial co-dominant based on enzyme assay (4).

Located in chromosome 6HS (2) in Bin 6H-01 (3), about 0.8 cM proximal from molecular marker ABG466 (3).

Description:

Mutants are characterized by low in vivo nitrate reductase activity and low in vitro NADH nitrate activity. FMNH2 and cytochrome c reductase activity is variable among the different alleles. All mutants have elevated nitrate reductase activity and accumulate nitrate to variable degrees (1, 8). All nar1 mutants have normal xanthine dehydrogenase activity. All nar1 mutants are viable and morphologically normal except some alleles are slightly light green. Yields are slightly depressed (6). The mutant Xno29 (nar1.j) does not grow well in field plots probably due to other associated mutations (1).

Origin of mutant:

A sodium azide induced mutant in Steptoe (CIho 15229) (4).

Mutational events:

nar1.a (Az12, GSHO 2413), nar1.b (Az13, GSHO 2414), nar1.c (Az23), nar1.d (Az28), nar1.e (Az29), nar1.f (Az30), nar1.g (Az31), nar1.h (Az32), nar1.i (Az33) in Steptoe (5); nar1.j (Xno29) in Winer (7); nar1.k (EMS29), nar1.l (EMS31) in Steptoe (5); nar1.m (Az56), nar1.n (Az57), nar1.p (Az63), nar1.q (Az64), nar1.r (Az65), nar1.t (Az67), nar1.ab (Az76), nar1.ac (Az77), nar1.ai (Az79), nar1.aj (Az80) in Steptoe (5); nar1.ao (BSMV1) in Vantage (CIho 7324) (1).

Mutant used for description and seed stocks:

nar1.a (Az12) in Steptoe (GSHO 2413).

References:

1. Kleinhofs, A. (Unpublished).

2. Kleinhofs, A., S. Chao, and P.J. Sharp. 1988. Mapping of nitrate reductase genes in barley and wheat. p. 541-546. In T.E. Miller and R.M.D. Koebner (eds.) Seventh Int. Wheat Genetics Symposium.

3. Kleinhofs, A., A. Killian, M.A. Saghai Maroof, R.M. Biyashev, P. Hayes, F.Q. Chen, N. Lapitan, A. Fenwick, T.K. Blake, V. Kanazin, L. Dahleen, D. Kudrna, J. Bollinger, S.J. Knapp, B. Liu, M. Sorrells, M. Heun, J.D. Franckowiak, D. Hoffman, R. Skadsen, and B.J. Steffenson. 1993. A molecular, isozyme and morphological map of the barley (Hordeum vulgare) genome. Theor. Appl. Genet. 86:705-712.

4. Kleinhofs, A., T. Kuo, and R.L. Warner. 1980. Characterization of nitrate reductase-deficient barley mutants. Molec. Gen. Genet. 177:421-425.

5. Kleinhofs, A., R.L. Warner, J.M. Lawrence, J.M. Melzer, J.M. Jeter, and D.A. Kudrna. 1989. Molecular genetics of nitrate reductase in barley. p. 197-211. In J.L. Wray and J.R. Kinghorn (eds.) Molecular and Genetic Aspects of Nitrate Assimilation, Chapter 13. Proc. 2nd Int. Symp. on Nitrate Assimilation - Molecular and Genetic Aspects, St. Andrews, July, 1987. Oxford Univ. Press, New York.

6. Oh, J.Y., R.L. Warner, and A. Kleinhofs. 1980. Effects of nitrate reductase deficiency upon growth, yield, and protein in barley. Crop Sci.20:487-490.

7. Tokarev, B.I., and V.K. Shumny. 1977. Detection of barley mutants with low level of nitrate reductase activity after seed treatment with ethylmethane sulphonate. Genetika (Moskva) 13:2097-2103.

8. Warner, R.L., C.J. Lin, and A. Kleinhofs. 1977. Nitrate reductase-deficient mutants in barley. Nature 269:406-407.

Prepared:

A. Kleinhofs. 2005. BGN 35:194-195.

 

 

BGS 638, NADH nitrate reductase-deficient 2, nar2

 

Stock number:                        BGS 638

Locus name:               NADH nitrate reductase-deficient 2 (molybdenum cofactor)

Locus symbol:                        nar2

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (4).

Location in chromosome 5HL [7L] in Bin 5H-06, near molecular marker ABC324 (2). Morphological marker data placed nar2 about 8.4 cM proximal from the nld1 (narrow leafed dwarf 1) locus, about 23.0 cM distal from the mtt2 (mottled leaf 2) locus (5).

Description:

The nar2 mutants are characterized by a pleiotropic loss of nitrate reductase and xanthine dehydrogenase activity due to defective molybdenum cofactor synthesis or insertion (4). Some alleles are viable (nar2.a2), but they have a definite light green color and loss of vigor (3). The nar2.ad and nar2.ag homozygotes are not viable, and they must be maintained as heterozygotes (1).

Origin of mutant:

A sodium azide induced mutant in Steptoe (CIho 15229) (4).

Mutational events:

nar2.a2 (Az34, GSHO 2415) in Steptoe (4); nar2.ad (R9401), nar2.ag (R9201) in Maris Mink (PI 467824) (1).

Mutant used for description and seed stocks:

nar2.a2 in Steptoe (GSHO 2415).

References:

1. Bright, S.W.J. P.B. Norbury, J. Franklin, D.W. Kirk, and J.L. Wray. 1983. A conditional lethal cnx-type nitrate reductase-deficient barley mutant. Mol. Gen. Genet. 189:240-244.

2. Kleinhofs, A. 1997. Integrated barley RFLP and classical marker maps. BGN 27:105-112.

3. Kleinhofs, A. (Unpublished).

4. Kleinhofs, A., T. Kuo, and R.L. Warner. 1980. Characterization of nitrate reductase-deficient barley mutants. Molec. Gen. Genet. 177:421-425.

5. Melzer, J.M., A. Kleinhofs, D.A. Kudrna, R.L. Warner, and T.K. Blake. 1988. Genetic mapping of barley nitrate reductase-deficient nar1 and nar2 loci. Theor. Appl. Genet. 75:767-771.

Prepared:

A. Kleinhofs. 2005. BGN 35:196.

 

 

BGS 639, NADH nitrate reductase-deficient 3, nar3

 

Stock number:                        BGS 639

Locus name:               NADH nitrate reductase-deficient 3 (molybdenum cofactor)

Locus symbol:                        nar3

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (4).

Location in chromosome 7HS [1S] in Bin 7H-05, near molecular marker MWG836 (1).

Description:

The nar3 mutants are characterized by a pleiotropic loss of nitrate reductase and xanthine dehydrogenase activity due to defective molybdenum cofactor synthesis or insertion (3). The nar3 mutants are lethal and must be maintained as heterozygotes (2).

Origin of mutant:

An ethyl methanesulphonate induced mutant in Winer (4).

Mutational events:

nar3.a3 (Xno18) in Winer (3); nar3.b2 (Xno19) in Winer (4); nar3.x (Az71) in Steptoe (CIho 15229)(2).

Mutant used for description and seed stocks:

nar3.x in Steptoe.

References:

1. Kleinhofs, A. 1997. Integrated barley RFLP and classical marker maps. BGN 27:105-112.

2. Kleinhofs, A. (Unpublished).

3. Kleinhofs, A., R.L. Warner, J.M. Lawrence, J.M. Melzer, J.M. Jeter, and D.A. Kudrna. 1989. Molecular genetics of nitrate reductase in barley. p. 197-211. In J.L. Wray and J.R. Kinghorn (eds.) Molecular and Genetic Aspects of Nitrate Assimilation, Chapter 13. Proc. 2nd Int. Symp. on Nitrate Assimilation - Molecular and Genetic Aspects, St. Andrews, July, 1987. Oxford Univ. Press, New York.

4. Tokarev, B.I., and V.K. Shumny. 1977. Dectection of barley mutants with low level of nitrate reductase activity after seed treatment with ethylmethane sulphonate. Genetika (Moskva) 13:2097-2103.

Prepared:

A. Kleinhofs. 2005. BGN 35:197.

 

 

BGS 640, NADH nitrate reductase-deficient 4, nar4

 

Stock number:                        BGS 640

Locus name:               NADH nitrate reductase-deficient 4 (molybdenum cofactor)

Locus symbol:                        nar4

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (3).

Location in chromosome 2HL in Bin 2H-13, co-segregating with Gln2 (glutamine synthetase 2 ) (1).

Description:

The nar4 mutant is characterized by a pleiotropic loss of nitrate reductase and xanthine dehydrogenase activity (3). It is lethal under field conditions, but can be grown to maturity in the greenhouse with a reduced nitrogen source (2).

Origin of mutant:

A sodium azide induced mutant in Steptoe (CIho 15229) (2).

Mutational events:

nar4.y (Az72) in Steptoe (2).

Mutant used for description and seed stocks:

nar4.y in Steptoe.

References:

1. Kleinhofs, A. 1997. Integrated barley RFLP and classical marker maps. BGN 27:105-112.

2. Kleinhofs, A. (Unpublished).

3. Kleinhofs, A., A. Killian, M.A. Saghai Maroof, R.M. Biyashev, P. Hayes, F.Q. Chen, N. Lapitan, A. Fenwick, T.K. Blake, V. Kanazin, L. Dahleen, D. Kudrna, J. Bollinger, S.J. Knapp, B. Liu, M. Sorrells, M. Heun, J.D. Franckowiak, D. Hoffman, R. Skadsen, and B.J. Steffenson. 1993. A molecular, isozyme and morphological map of the barley (Hordeum vulgare) genome. Theor. Appl. Genet. 86:705-712.

Prepared:

A. Kleinhofs. 2005. BGN 35:198.

 

 

BGS 641, NADH nitrate reductase-deficient 5, nar5

 

Stock number:                        BGS 641

Locus name:               NADH nitrate reductase-deficient 5 (molybdenum cofactor)

Locus symbol:                        nar5

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (3).

Location in chromosome 5HL [7L] in Bin 5H-06, near molecular marker ABC324  (1).

Description:

The nar5 mutants are characterized by a pleiotropic loss of nitrate reductase and xanthine dehydrogenase activity (3). All alleles are somewhat light green and viable as homozygotes (1).

Origin of mutant:

A sodium azide induced mutant in Steptoe (CIho 15229) (2).

Mutational events:

nar5.o (Az62), nar5.s (Az66), nar5.u (Az68, GSHO 2417) in Steptoe (2).

Mutant used for description and seed stocks:

nar5.o in Steptoe.

References:

1. Kleinhofs, A. 1997. Integrated barley RFLP and classical marker maps. BGN 27:105-112.

2. Kleinhofs, A. (Unpublished).

3. Kleinhofs, A., A. Killian, M.A. Saghai Maroof, R.M. Biyashev, P. Hayes, F.Q. Chen, N. Lapitan, A. Fenwick, T.K. Blake, V. Kanazin, L. Dahleen, D. Kudrna, J. Bollinger, S.J. Knapp, B. Liu, M. Sorrells, M. Heun, J.D. Franckowiak, D. Hoffman, R. Skadsen, and B.J. Steffenson. 1993. A molecular, isozyme and morphological map of the barley (Hordeum vulgare) genome. Theor. Appl. Genet. 86:705-712.

Prepared:

A. Kleinhofs. 2005. BGN 35:199.

 

 

BGS 642, NADH nitrate reductase-deficient 6, nar6

 

Stock number:                        BGS 642

Locus name:               NADH nitrate reductase-deficient 6 (molybdenum cofactor)

Locus symbol:                        nar6

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (3).

Location in chromosome 2HL in Bin 2H-13, co-segregating with nar4 and Gln2 (glutamine synthetase 2) (1).

Description:

The nar6 mutant is characterized by a pleiotropic loss of nitrate reductase and xanthine dehydrogenase activity (3). Homozygotes are not viable and the nar6 gene must be maintained as a heterozygote (2).

Origin of mutant:

A sodium azide induced mutant in Steptoe (CIho 15229) (2).

Mutational events:

nar6.v (Az69) in Steptoe (2).

Mutant used for description and seed stocks:

nar6.v in Steptoe.

References:

1. Kleinhofs, A. 1997. Integrated barley RFLP and classical marker maps. BGN 27:105-112.

2. Kleinhofs, A. (Unpublished).

3. Kleinhofs, A., A. Killian, M.A. Saghai Maroof, R.M. Biyashev, P. Hayes, F.Q. Chen, N. Lapitan, A. Fenwick, T.K. Blake, V. Kanazin, L. Dahleen, D. Kudrna, J. Bollinger, S.J. Knapp, B. Liu, M. Sorrells, M. Heun, J.D. Franckowiak, D. Hoffman, R. Skadsen, and B.J. Steffenson. 1993. A molecular, isozyme and morphological map of the barley (Hordeum vulgare) genome. Theor. Appl. Genet. 86:705-712.

Prepared:

A. Kleinhofs. 2005. BGN 35:200.

 

 

BGS 643, NADH nitrate reductase-deficient 7, nar7

 

Stock number:                        BGS 643

Locus name:               NADH nitrate reductase-deficient 7 [NAD(P)H nitrate reductase-deficient EC1.6.6.2, Acc. No. X60173]

Locus symbol:                        nar7

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (4).

Location in chromosome 6HL in Bin 6H-09, approximately 4.2 cM proximal from the Amy1 (alpha-amylase 1) locus (2, 3).

Description:

The nar7 mutant lacks root NAD(P)H-bispecific nitrate reductase activity (4). All other reductase associated activities, xanthine dehydrogenase and nitrate reductase are normal. The mutant is viable and appears morphologically normal in all respects (1). The nar7.w mutant was selected for very low nitrate reductase activity in a nar1.a stock. The double mutant was crossed to Steptoe and the two mutants were separated by enzyme analysis of the progeny (1).

Origin of mutant:

A sodium azide induced mutant in Steptoe (CIho 15229) mutant nar1.a (Az12) (3, 4).

Mutational events:

nar7.w (Az70, GSHO 2418) in Steptoe (3).

Mutant used for description and seed stocks:

nar7.w in Steptoe (GSHO 1418).

References:

1. Kleinhofs, A. (Unpublished).

2. Kleinhofs, A., A. Killian, M.A. Saghai Maroof, R.M. Biyashev, P. Hayes, F.Q. Chen, N. Lapitan, A. Fenwick, T.K. Blake, V. Kanazin, L. Dahleen, D. Kudrna, J. Bollinger, S.J. Knapp, B. Liu, M. Sorrells, M. Heun, J.D. Franckowiak, D. Hoffman, R. Skadsen, and B.J. Steffenson. 1993. A molecular, isozyme and morphological map of the barley (Hordeum vulgare) genome. Theor. Appl. Genet. 86:705-712.

3. Warner, R.L., D.A. Kudrna, and A. Kleinhofs. 1995. Association of the NAD(P)H-bispecific nitrate reductase structural gene with the Nar7 locus in barley. Genome 38:743-746.

4. Warner, R.L., K.R. Narayanan, and A. Kleinhofs. 1987. Inheritance and expression of NAD(P)H nitrate reductase in barley. Theor. Appl. Genet. 74:714-717.

Prepared:

A. Kleinhofs. 2005. BGN 35:201.

 

 

 

BGS 644, NADH nitrate reductase-deficient 8, nar8

 

Stock number:                        BGS 644

Locus name:               NADH nitrate reductase-deficient 8 (molybdenum cofactor))

Locus symbol:                        nar8

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (3).

Location in chromosome 6HS in Bin 6H-01, close to molecular maker ABG378 (1).

Description:

The nar8 mutant is characterized by a pleiotropic loss of nitrate reductase and xanthine dehydrogenase activity (3). The homozygote is not viable and mutant must be maintained as a heterozygote (2).

Origin of mutant:

A sodium azide induced mutant in Steptoe (CIho 15229) (2).

Mutational events:

nar8.z (Az73) in Steptoe (2).

Mutant used for description and seed stocks:

nar8.z in Steptoe.

References:

1. Kleinhofs, A. 1997. Integrated barley RFLP and classical marker maps. BGN 27:105-112.

2. Kleinhofs, A. (Unpublished).

3. Kleinhofs, A., A. Killian, M.A. Saghai Maroof, R.M. Biyashev, P. Hayes, F.Q. Chen, N. Lapitan, A. Fenwick, T.K. Blake, V. Kanazin, L. Dahleen, D. Kudrna, J. Bollinger, S.J. Knapp, B. Liu, M. Sorrells, M. Heun, J.D. Franckowiak, D. Hoffman, R. Skadsen, and B.J. Steffenson. 1993. A molecular, isozyme and morphological map of the barley (Hordeum vulgare) genome. Theor. Appl. Genet. 86:705-712.

Prepared:

A. Kleinhofs. 2005. BGN 35:202.

 

 

BGS 645, Bushy spike 1, bsp1

 

Stock number:                        BGS 645

Locus name:               Bushy spike 1

Locus symbol:                        bsp1

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive, homozygotes do not produce anthers or ovaries (1).

Location is unknown.

Description:

The mutant appears normal except for a very bushy spike caused by many awn-like structures. Spikelets lack reproductive tissue and are completely sterile. The mutant must be maintained as a heterozygote (1).

Origin of mutant:

A fast neutron induced mutant in Morex (CIho 15773).

Mutational events:

bsp1.a in Morex (FN346) (1).

Mutant used for description and seed stocks:

bsp1.a in Morex (FN346).

References:

1. Kleinhofs, A. (Unpublished).

Prepared:

A. Kleinhofs. 2005. BGN 35:203.

 

 

BGS 646, Ovaryless 2, ovl2

 

Stock number:                        BGS 646

Locus name:               Ovaryless 2

Locus symbol:                        ovl2

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (1).

Location is unknown.

Description:

Mutant plants appear normal except carpels are rudimentary and female sterile. Plant development appears normal. Anther development is normal and pollen is viable (1). The ovl1.a (BGS 176, GSHO 610) mutant was not available for allelism tests.

Origin of mutant:

A fast neutron induced mutant in Harrington (1).

Mutational events:

ovl2.b in Harrington (FN347) (1).

Mutant used for description and seed stocks:

ovl2.b in Harrington (FN347).

References:

1. Kleinhofs, A. (Unpublished).

Prepared:

A. Kleinhofs. 2005. BGN 35:204.

 

BGS 647, Tip sterile 1, tst1

 

Stock number:                        BGS 647

Locus name:               Tip sterile 1

Locus symbol:                        tst1

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (1, 2).

Location is unknown.

Description:

Mutant plants and spikes appear normal except there is no seed set in the tip of the spike (2). In the Bowman backcross-derived line, seed set is 40 to 60% with no fertile spikelets at the terminal 4 to 6 nodes of the rachis. The tst1 mutant differs from lin1 (BGS 99) and tst2 (BGS 636) plants because lin1 is not associated with tip sterility and tst2 produces more sterility and reduces height and vigor (1).

Origin of mutant:

A fast neutron induced mutant in Steptoe (CIho 15229) (2).

Mutational events:

tst1.c (FN43) in Steptoe (2).

Mutant used for description and seed stocks:

tst1.c in Steptoe; tst1.c in Bowman (PI 483237)*4.

References:

1. Franckowiak, J.D. (Unpublished).

2. Kleinhofs, A. (Unpublished).

Prepared:

A. Kleinhofs and J.D. Franckowiak. 2005. BGN 35:205.

BGS 648, Multiovary 4, mov4

 

Stock number:                        BGS 648

Locus name:               Multiovary 4

Locus symbol:                        mov4

 

Previous nomenclature and gene symbolization:

Multiovary 8 = mo8 (1).

Inheritance:

Monofactorial recessive (1).

Location is unknown.

Description:

The mutant spikelet has two carpels, two anthers, and two lodicules. One of the anthers appears to have been converted to a carpel; however, this conversion does not occur in all spikelets. Spikelets with two carpels often set two seeds. Mutant plants are often difficult to identify (1).

Origin of mutant:

A fast neutron induced mutant in Steptoe (CIho 15229) (1).

Mutational events:

mov4.k (FN315, mo8) in Steptoe (1).

Mutant used for description and seed stocks:

mov4.k in Steptoe.

References:

1. Kleinhofs, A. (Unpublished).

Prepared:

A. Kleinhofs. 2005. BGN 35:206.

 

BGS 649, Aborted spike 1, asp1

 

Stock number:                        BGS 649

Locus name:               Aborted spike 1

Locus symbol:                        asp1

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (1).

Location is unknown.

Description:

Mutant plants appear normal except the spike is rudimentary or missing. A few spikelets are formed occasionally, but they are mostly sterile. The stock must be maintained as a heterozygote (1).

Origin of mutant:

A fast neutron induced mutant in Steptoe (CIho 15229) (1).

Mutational events:

asp1.a (FN222) in Steptoe (1).

Mutant used for description and seed stocks:

asp1.a in Steptoe.

References:

1. Kleinhofs, A. (Unpublished).

Prepared:

A. Kleinhofs. 2005. BGN 35:207.

 

 

BGS 650, Sensitivity to Ustilago nuda 1, sun1

 

Stock number:                        BGS 650

Locus name:               Sensitivity to Ustilago nuda 1

Locus symbol:                        sun1

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (1).

Location is unknown.

Description:

Mutant plants appear extremely susceptible to loose smut, Ustilago nuda (Jensen) Rostr. Spikes become entirely smutted under field conditions at Pullman, WA, USA where loose smut is rare and confined to one or a few florets (1).

Origin of mutant:

A fast neutron induced mutant in Steptoe (CIho 15229) (1).

Mutational events:

sun1.a (FN395) in Steptoe (1).

Mutant used for description and seed stocks:

sun1.a in Steptoe.

References:

1. Kleinhofs, A. (Unpublished).

Prepared:

A. Kleinhofs. 2005. BGN 35:208.

 

 

BGS 651, Late maturity 1, lam1

 

Stock number:                        BGS 651

Locus name:               Late maturity 1

Locus symbol:                        lam1

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (1).

Location is unknown.

Description:

Mutant plants have a very prostrate growth habit and heading is delayed to very late in the season, and sometimes they do not head. During juvenile stages before the reproductive phase is induced, plants have very narrow, long leaf blades. Leaves produced during the reproductive phase have wide, short leaf blades (1). The cultivar Steptoe in which the mutant was induced has a winter growth pattern. Several other late heading mutants in Steptoe have been isolated following treatment with mutagenic agents, but allelism test have not been completed. The mutants and their temporary gene symbols are: lam.b = FN197, lam.c = FN208, lam.d = FN209, lam.e = FN212, and lam.f = FN229 in cv. Steptoe (1).

Origin of mutant:

A fast neutron induced mutant in Steptoe (CIho 15229) (1).

Mutational events:

lam1.a (FN2) in Steptoe (1).

Mutant used for description and seed stocks:

lam1.a in Steptoe.

References:

1. Kleinhofs, A. (Unpublished).

Prepared:

A. Kleinhofs. 2005. BGN 35:209.

 

 

BGS 652, Yellow leaf 1, ylf1

 

Stock number:                        BGS 652

Locus name:               Yellow leaf 1

Locus symbol:                        ylf1

 

Previous nomenclature and gene symbolization:

None.

Inheritance:

Monofactorial recessive (1).

Location is unknown.

Description:

Mutant plants show a gradual yellowing or loss of chlorophyll starting in the margins of leaf blades. Dying or necrosis of the leaf blade or its margins is not observed. The leaves gradually become a yellowish or golden in color with midrib region remaining green. Expression of ylf1 gene is variable and is dependent on light intensity, temperature, moisture stress, and the age of the leaf blade. Mutant expression is often better under low light conditions in the greenhouse. High temperatures can induce yellowing of the leaf blade margins in seedlings; however, yellowing is often not expressed until after heading (1). The Bowman backcross-derived line with the ylf1 gene can have slightly smaller kernels and lower grain yields than normal Bowman (1).

Origin of mutant:

An X-ray induced mutant in Villa (PI 399506) (2).

Mutational events:

ylf1.a (6002) in Villa (1, 2).

Mutant used for description and seed stocks:                                                           

ylf1.a in Villa; ylf1.a in Bowman (PI 483237)*8.

References:

1. Franckowiak, J.D. (Unpublished).

2. Gaul, H. (Personal communications).

Prepared:

J.D. Franckowiak. 2005. BGN 35:210.