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GrainGenes Map Data Report: Barley, TxE

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Map Data
Barley, TxE
Map
Hordeum-TxE-1H
[ Show all 7 ]
Species
Hordeum vulgare
Parent
Tadmor
Er/Apm
Type
Genetic
Map Units
cM, Haldane
Reference
ReferenceDiab AA et al. (2004) Identification of drought-inducible genes and differentially expressed sequence tags in barley Theoretical and Applied Genetics 109:1417-1425.
ReferenceTeulat B et al. (2002) QTLs for grain carbon isotope discrimination in field-grown barley Theoretical and Applied Genetics 106:118-126.
ReferenceTeulat B et al. (2001) QTLs for agronomic traits from a Mediterranean barley progeny grown in several environments Theoretical and Applied Genetics 103:774-787.
ReferenceTeulat B et al. (2001) New QTLs identified for plant water status, water-soluble carbohydrate and osmotic adjustment in a barley population grown in a growth-chamber under two water regimes Theoretical and Applied Genetics 103:161-170.
ReferenceTeulat B et al. (1998) Several QTLs involved in osmotic-adjustment trait variation in barley (Hordeum vulgare L.). Theoretical and Applied Genetics 96:688-698.
Contact
Diab, Ayman
This, Dominique
Remarks
167 recombinant inbred lines (RIL) derived from a cross between Tadmor (drought tolerant) and Er/Apm (susceptible) was used. Tadmor, a two-row variety selected from a Syrian landrace, is characterized by high yield stability (Grando 1989) and a high osmotic adjustment capacity (Teulat et al. 1997). Er/Apm, a two-row variety adapted to moderate rainfall conditions (Acevedo 1987), was developed by ICARDA (International Center for Agricultural Research in the Dry Areas, Syria), Recombinant inbred lines were advanced by bulk until the F4 generation at ICARDA and then by single-seed descent until the F8 generation at CIMMYT (Mexico).
Linkage analysis and map construction were performed by using Map Manager QTX14 (Manly and Cudmore 1997) using the Haldane function (Haldane 1919) to convert the recombination frequencies to centiMorgans (cM).
Acknowledgments: Most of the mapping was done in ENSAM-INRA Montpellier (France) by Beatrice Teulat with technical help from Christiane Borries, under scientific supervision of Dominique This. This work was funded by several grants from INRA France and the French Ministry of Agriculture, and a grant from the EC INCO-DC international cooperation with developing countries program. Contributions to the RFLP data were made by Mireille Khairallah (CIMMYT, Mexico) and Philippe Leroy (INRA, Clermont-Ferrand, France). Ayman Diab and Mark Sorrells (Cornell U., USA) added 33 markers corresponding to candidate genes and ESTs and performed the final map construction.
QTL data from TAG-109-1417 added in August, 2005
Trait Study
Carbon isotope discrimination, irrigated, Diab04
[ Show all 14 ]
QTL
QCid.TaEr-5H.1
[ Show all 67 ]
Locus
[ Hide all but 1 of 166 ]
A19.4
ABC155
ABG495b
ABG496
Acl3
AF519805
B10.4
BCD1
BCD1066
BCD1069
bcd1127
BCD175
BCD263
BCD266
BCD276
BCD298
BCD348A
BCD348B
BCD351A
BCD351B
BCD442
BCD93
Blp
BM815931
BM815937
BM816122
BM816122a
BM816242
BM816268a
BM816268b
BM816303
BM816306a
BM816306b
BM816306c
BM816351
BM816370
BM816381a
BM816381b
BM816398
BM816463a
BM816463b
BM816463c
BM816474a
BM816474b
BM816570
BM816601
BM816685a
BM816685b
BM816947a
BM816947b
BM817178
BM817329
Bmac0032
Bmac0113
Bmac0134
Bmac0156
Bmac0316
Bmac0399
Bmac0415
Bmac0684
Bmac0701
Bmac0806
Bmac0970
Bmag0013
Bmag0120
Bmag0125
Bmag0135
Bmag0136
Bmag0173
Bmag0211
Bmag0223
Bmag0225
Bmag0353
Bmag0378
BNL16.06
BNL749
BQ740141
BQ740142
BQ740145a
bss1A
bss1B
caaaagB
caaaagE
caaaagH
caaaccO
caaaccP
caaaccQ
caaaccS
CDO1396A
CDO1417
cdo202
CDO344
CDO366
cdo395
cdo400
CDO475
CDO484
CDO497
CDO53
CDO541
cdo572a
cdo572b
CDO64
CDO665
CDO669
CDO676
CDO795
CDO99
cMWG652
cMWG653
ctaaccD
ctaaccF
ctcaagH
ctcaagQ
ctgaccC
ctgaccF
ctgaccI
cttaccA
Dhn1
Dhn4
dhn5
Dhn9
E9.1
E9.5
HVCMA
HVCSG
HvLTPPB
HVM36
HVM40
HVM62
HVM67
Kg1348E
MWG41
MWG502
MWG584
MWG595
O18.2
O7.1
p22-69
pAF93
pHV19
pHva1
pKAp1a
psr170
RuAc
RZ123
rz444b
RZ828
SB734B
spsA
TB4TB5s
WG1044
WG114
WG241
WG286
WG380
WG487
WG516
WG564
WG645
WG727
WG876
WG889B
WG908
WG940BS
WG983

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