TABLE 1

List of useful genes present in the 1S0.8 region on the short arm of group 1 chromosomes in Triticeae

Gene SymbolGeneChromosome locationaSource
Act8 Actin 1HS Langridge et al. (1995)
Act8a Actin 1HS Langridge et al. (1995)
Aga6 ADPgluco phosphatase 1HS Langridge et al. (1995)
amo1 High amylose 1HS Schondelmaier et al. (1992)
Bg Black glume color 1AS Van Deynze et al. (1995)
Chs Chalcone synthase 1AS, 1HS Langridge et al. (1995)
Clhb Curled leaf dwarf 1HS Jensen (1996)
fch3(f3)bChlorina seedling 3 1HS Jensen (1996)
fst2(fs2)bFragile stem 1HS Jensen (1999)
Gle1 Glossy spikes 1HS Jensen (1996)
Gli1 Gliadins 1 1AS, 1BS, 1DS Dubcovsky et al. (1995)
Gli3 Gliadins 3 1AS, 1BS, 1DS Dubcovsky et al. (1995)
Gli5 Gliadins 5 1AS, 1BS Dubcovsky et al. (1997)
Glo1 Salt soluble globulins 1AS, 1BS, 1DS Gomez et al. (1988)
Glu2 Glutenins 2 1BS Dubcovsky et al. (1997)
Glu3 Glutenins 3 1AS, 1BS, 1DS Dubcovsky et al. (1995)
Gpi1 Glucose phosphate isomerase 1AS, 1BS, 1DS, 1HS, 1RS Van Deynze et al. (1995)
Gpt1b Glutamate pyruvate transaminase 1AS, 1BS, 1DS, 1H Sun and Dvorak (1992)
H5b Reaction with Maytiola destructor 1AS Roberts and Gallun (1984)
Hex1 Hexokinase 1HS Jensen (1999)
Hg Hairy glume 1AS Van Deynze et al. (1995)
Hor1 C-hordeins 1HS Langridge et al. (1995)
Hor2 B-hordeins 1HS Langridge et al. (1995)
Hor4 Hordeins 1HS Jensen (1996)
Hor5 g-Hordeins 1HS Langridge et al. (1995)
Ica1 Chymotrypsin inhibitor 1HS Jensen (1996)
Lr10 Reaction to Puccinia recondita 1AS Howes (1986)
Lr21 Reaction to P. recondita 1DS Van Deynze et al. (1995)
Lr26b Reaction to P. recondita 1BS Hartl et al. (1993)
Lr39b Reaction to P. recondita 1DS Cox et al. (1993)
Lr40b Reaction to P. recondita 1DS Cox et al. (1993)
Lr41b Reaction to P. recondita 1DS Cox et al. (1993)
Lys4 High lysine 1HS Jensen (1996)
Mdh1 Malate dehydrogenase 1HS Jensen (1996)
Mla Reaction to Erysiphe graminis hordei 1HS Jensen (1999)
Mla6 Reaction to E. graminis hordei 6 1HS Langridge et al. (1995)
Mla12 Reaction to E. graminis hordei 12 1HS Giese et al. (1981)
Mla13 Reaction to E. graminis hordei 13 1HS DeScenzo et al. (1996)
Mla14 Reaction to E. graminis hordei 14 1HS DeScenzo et al. (1996)
Mlk(Reg4)Reaction to E. graminis hordei 4 1HS Jensen (1996)
Mlnn Reaction to E. graminis hordei 1HS Jensen (1999)
Mlra Reaction to E. graminis hordei 1HS Jensen (1999)
msg4b Male sterile genetic 4 1HS Jensen (1996)
msg31b Male sterile genetic 31 1HS Jensen (1996)
Ndh3 NADH dehydrogenase 3 1HS Jensen (1996)
Ndh5 NADH dehydrogenase 5 1HS Jensen (1996)
Nor1 Nucleolor organizer region 1AS, 1BS Van Deynze et al. (1995)
Pa4(Rph4)Reaction to P. hordei 4 1HS Jensen (1996)
Per1 Peroxidase 1 1BS, 1DS Gale et al. (1995)
Pm3 Reaction to E. graminis 1AS Van Deynze et al. (1995)
Pm8 Reaction to E. graminis 1BS Hartl et al. (1993)
Qphs.cn13 Resistance to preharvest sprouting 1HS Van Deynze et al. (1995)
Rf1b Restorer of cytoplasmic male sterility 1AS Maan (1992)
Rf3 Restorer of cytoplasmic male sterility 1BS Van Deynze et al. (1995)
Rg1 Red glume 1BS Hartl et al. (1993)
Rg2 Red glume 1DS Jones et al. (1990)
Rg3 Red glume 1AS Van Deynze et al. (1995)
Sex76 Shrunken endosperm 1HS Jensen (1999)
Si2 Subtilisin inhibitor 2 1BS, 1DS, 1HS, 1RS Koebner (1990)
Sr21 Reaction to P. graminis 1DS Hartl et al. (1993)
Sr31 Reaction to P. graminis 1BS Hartl et al. (1993)
Sr33 Reaction to P. graminis 1DS Van Deynze et al. (1995)
Sr45b Reaction to P. graminis 1DS McIntosh et al. (1995)
5S-Rrna1 5S-ribosomal DNA 1AS, 1BS, 1DS, 1RS Dvorak et al. (1989)
Slsb Small lateral spikelet 1HS Jensen (1996)
Su-Pm8 Supressor of powdery mildew resistance 1AS Ren et al. (1996)
Tinb Tiller inhibitor 1AS McIntosh et al. (1995)
Tri Triticin protein 1AS Van Deynze et al. (1995)
Tsc1 Resistance to chlorosis induction 1AS McIntosh et al. (1995)
Vib Restorer of CMS: T. longissimum cytoplasm 1BS Anderson and Maan (1995)
Yr4 Reaction to P. striiformis 1HS Jensen (1996)
Yr9 Reaction to P. striiformis 1BS Hartl et al. (1993)
Yr10 Reaction to P. striiformis 1BS Metzger and Silbaugh (1970)
Yr15 Reaction to P. striiformis 1BS Hartl et al. (1993)
Yr24b Reaction to P. striiformis 1BS McIntosh et al. (1995)
  • a Published Poaceae maps and Graingenes database were compared with each other and with the consensus physical map of wheat. All the genes that were flanked by two gene-rich region markers in one or more of the Triticeae maps were localized to 1S0.8 region.

  • b The gene is not bracketed with two 1S0.8 region markers but is tightly linked to one of the gene-rich region markers and the genetic distance between the markers and the genes is manyfold less than the total genetic length of the gene-rich region.