Trait Overview
TraitIron content
Trait CategoryBiochemical; Biochemical trait
AbbreviationFECONC
DefinitionIron concentration in the seed
Descriptors[view all 3]
QTLs[view all 117]
Descriptors
GroupDescriptor
GRIN_CHICKPEAIron
GRIN_LENTILIron
GRIN_PEAIron
QTLs
Download Table
QTL/MTLLinkage GroupPeakStartStopDatasetMapViewer
qFECONC.Aragorn_x_Kiflica.LGIII.WhitlowLGIII135.2--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Aragorn_x_Kiflica.LGII.SpillmanLGII42.1--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Aragorn_x_Kiflica.LGII.Spillman.1LGII43.5--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Aragorn_x_Kiflica.LGII.WhitlowLGII89.9--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Aragorn_x_Kiflica.LGII.Whitlow.1LGII44.3--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Aragorn_x_Kiflica.LGII.Whitlow.2LGII120.6--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Aragorn_x_Kiflica.LGVII.SpillmanLGVII59.9--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Aragorn_x_Kiflica.LGVII.WhitlowLGVII61.5--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Aragorn_x_Kiflica.LGVI.SpillmanLGVI91.6--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Aragorn_x_Kiflica.LGVI.WhitlowLGVI95.4--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Aragorn_x_Kiflica.LGV.SpillmanLGV32.5--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Aragorn_x_Kiflica.LGV.Spillman.1LGV43.3--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Aragorn_x_Kiflica.LGV.Spillman.2LGV54.1--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Aragorn_x_Kiflica.LGV.WhitlowLGV40.2--Pea-Mineral_Concentrations_Ma-2017View
qFECONC.Cerinza/G10022.LG01.cotLG01---Bean-Cotyledon_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG01.cot.2LG01156.8--Bean-Cotyledon_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG01.da12LG01---Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG01.da12.2LG01178.5--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG01.pm12LG01131.9--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG01.scLG01146.5--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG01.sc.2LG01180.7--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG01.sc.3LG01186.5--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG01.sc.4LG01203.8--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG02.cotLG02110.2--Bean-Cotyledon_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG02.cot.2LG02143.8--Bean-Cotyledon_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG02.pm12LG0214.4--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG02.pm12.2LG02164.2--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG02.pm12.3LG02167.7--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG02.pm12.4LG02173.1--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG02.scLG02100.5--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG02.sc.2LG02113.7--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG03.cotLG03153.5--Bean-Cotyledon_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG03.pm12LG03---Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG03.pm12.2LG03202.6--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG03.scLG0341.4--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG03.sc.2LG03255.8--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG03.sc.3LG03263.4--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG03.sc.4LG03272.4--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG04.cotLG04---Bean-Cotyledon_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG04.cot.2LG0415.7--Bean-Cotyledon_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG04.scLG0415.7--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG04.sc.2LG0420.7--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG04.sc.3LG0434--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG04.sc.4LG0447.6--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG05.pm12LG0529.1--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG06.pm12LG06102.3--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG07.cotLG0772.2--Bean-Cotyledon_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG07.pm12LG0791.7--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG07.pm12.2LG07122.8--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG08.cotLG08126.3--Bean-Cotyledon_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG08.da12LG0877.5--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG08.da12.2LG08106.8--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG08.scLG0855.3--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG09.pm12LG09100.9--Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG09.scLG09167.5--Bean-Seed_coat_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG10.cotLG10155.7--Bean-Cotyledon_micronutrients-Blair-2013View
qFECONC.Cerinza/G10022.LG11.da12LG11---Bean-Iron_and_yield-Blair-2012View
qFECONC.Cerinza/G10022.LG11.da12.2LG1112.8--Bean-Iron_and_yield-Blair-2012View
qFECONC.G14519/G4825.LG01.PALLG0124.1--Bean-Seed_iron_zinc_content-Blair-2010View
qFECONC.G14519/G4825.LG04.DARLG04121--Bean-Seed_iron_zinc_content-Blair-2010View
qFECONC.G14519/G4825.LG06.DARLG0649.8--Bean-Seed_iron_zinc_content-Blair-2010View
qFECONC.G14519/G4825.LG06.PALLG0695.9--Bean-Seed_iron_zinc_content-Blair-2010View
qFECONC.G14519/G4825.LG06.POPLG06118.6--Bean-Seed_iron_zinc_content-Blair-2010View
qFECONC.G14519/G4825.LG06.POP.2LG06118.6--Bean-Seed_iron_zinc_content-Blair-2010View
qFECONC.G14519/G4825.LG07.PALLG07---Bean-Seed_iron_zinc_content-Blair-2010View
qFECONC.G14519/G4825.LG07.PAL.2LG0760.5--Bean-Seed_iron_zinc_content-Blair-2010View
qFECONC.ICC4958_x_ICC8261.Chr01.2012Ca_Kabuli_Chr01-91.296Chickpea-Iron_Zinc_Conc-Upadhyaya-2016View
qFECONC.ICC4958_x_ICC8261.Chr01.2013Ca_Kabuli_Chr01-91.296Chickpea-Iron_Zinc_Conc-Upadhyaya-2016View
qFECONC.ICC4958_x_ICC8261.Chr03.2012Ca_Kabuli_Chr03-43.947.1Chickpea-Iron_Zinc_Conc-Upadhyaya-2016View
qFECONC.ICC4958_x_ICC8261.Chr03.2013Ca_Kabuli_Chr03-43.947.1Chickpea-Iron_Zinc_Conc-Upadhyaya-2016View
qFECONC.ICC4958_x_ICC8261.Chr4.2012.1Ca_Kabuli_Chr04-106.7110.2Chickpea-Iron_Zinc_Conc-Upadhyaya-2016View
qFECONC.ICC4958_x_ICC8261.Chr4.2013.1Ca_Kabuli_Chr04-106.7110.2Chickpea-Iron_Zinc_Conc-Upadhyaya-2016View
qFECONC.ILL8006_x_CDCMilestone.LG1.1----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG1.2----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG1.3----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG2.1----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG2.2----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG2.3----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG4.1----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG4.2----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG4.3----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG4.4----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG4.5----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG4.6----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG5.1----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG5.2----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG5.3----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG5.4----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG6.1----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG6.2----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG7.1----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG7.2----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.ILL8006_x_CDCMilestone.LG7.3----Lentil-Iron_Concentration-Aldemir-2017-
qFECONC.MNK1/Annigeri1.LG03LG0312.81--Chickpea-Seed_iron_zinc-Sab-2020View
qFECONC.MNK1/Annigeri1.LG03.2LG0315.51--Chickpea-Seed_iron_zinc-Sab-2020View
qFECONC.MNK1/Annigeri1.LG03.3LG0320.41--Chickpea-Seed_iron_zinc-Sab-2020View
qFECONC.MNK1/Annigeri1.LG03.4LG0332.91--Chickpea-Seed_iron_zinc-Sab-2020View
qFECONC.MNK1/Annigeri1.LG04LG0448.91--Chickpea-Seed_iron_zinc-Sab-2020View
qFECONC.MNK1/Annigeri1.LG04.2LG0459.21--Chickpea-Seed_iron_zinc-Sab-2020View
qFECONC.MNK1/Annigeri1.LG04.3LG0461.11--Chickpea-Seed_iron_zinc-Sab-2020View
qFECONC.MNK1/Annigeri1.LG04.4LG0462.61--Chickpea-Seed_iron_zinc-Sab-2020View
qFECONC.MNK1/Annigeri1.LG04.5LG0463.81--Chickpea-Seed_iron_zinc-Sab-2020View
qFECONC.MNK1/Annigeri1.LG05LG05119.81--Chickpea-Seed_iron_zinc-Sab-2020View
qFECONC.MNK1/Annigeri1.LG05.2LG05145.31--Chickpea-Seed_iron_zinc-Sab-2020View
qFECONC.SCR16/SMC40.LG3LG341.241.0541.25Bean-Fe_Zn_Biofort-Diaz-2022View
qFECONC.SCR16/SMC40.LG7LG781.581.4581.7Bean-Fe_Zn_Biofort-Diaz-2022View
qFECONC.SMC44/SCR9.LG3LG30.40.350.45Bean-Fe_Zn_Biofort-Diaz-2022View
qFECONC.SMC44/SCR9.LG6.1LG642.642.3542.85Bean-Fe_Zn_Biofort-Diaz-2022View
qFECONC.SMC44/SCR9.LG6.2LG652.652.5552.65Bean-Fe_Zn_Biofort-Diaz-2022View
GWAS0000191----Bean-seed_mineral_content-Nazir-2022View
GWAS0000192----Bean-seed_mineral_content-Nazir-2022View
GWAS0000193----Bean-seed_mineral_content-Nazir-2022View
GWAS0000194----Bean-seed_mineral_content-Nazir-2022View
GWAS0000302----Bean-Climbing_traits-Keller-2022View
GWAS0000303----Bean-Climbing_traits-Keller-2022View
GWAS0000304----Bean-Climbing_traits-Keller-2022View
GWAS0000513----Chickpea-Nutritional_traits-Roorkiwal-2022View
YearPublication
2022Nazir M, Mahajan R, Mansoor S, Rasool S, Mir RA, Singh R, Thakral V, Kumar V, Sofi PA, El-Serehy HA, Hefft DI, Zargar SM. Identification of QTLs/ Candidate Genes for Seed Mineral Contents in Common Bean (Phaseolus vulgaris L.) Through Genotyping-by-Sequencing.. Frontiers in genetics. 2022; 13:750814.
2022Keller B, Ariza-Suarez D, Portilla-Benavides AE, Buendia HF, Aparicio JS, Amongi W, Mbiu J, Msolla SN, Miklas P, Porch TG, Burridge J, Mukankusi C, Studer B, Raatz B. Improving Association Studies and Genomic Predictions for Climbing Beans With Data From Bush Bean Populations.. Frontiers in plant science. 2022; 13:830896.
2022Roorkiwal M, Bhandari A, Barmukh R, Bajaj P, Valluri VK, Chitikineni A, Pandey S, Chellapilla B, Siddique KHM, Varshney RK. Genome-wide association mapping of nutritional traits for designing superior chickpea varieties.. Frontiers in plant science. 2022; 13:843911.
2021Diaz S, Polania J, Ariza-Suarez D, Cajiao C, Grajales M, Raatz B, Beebe SE. Genetic Correlation Between Fe and Zn Biofortification and Yield Components in a Common Bean (Phaseolus vulgaris L.).. Frontiers in plant science. 2021; 12:739033.
2020Sab S, Lokesha R, Mannur DM, Somasekhar , Jadhav K, Mallikarjuna BP, C L, Yeri S, Valluri V, Bajaj P, Chitikineni A, Vemula A, Rathore A, Varshney RK, Shankergoud I, Thudi M. Genome-Wide SNP Discovery and Mapping QTLs for Seed Iron and Zinc Concentrations in Chickpea (Cicer arietinum L.).. Frontiers in nutrition. 2020; 7:559120.
2020Diaz S, Ariza-Suarez D, Ramdeen R, Aparicio J, Arunachalam N, Hernandez C, Diaz H, Ruiz H, Piepho HP, Raatz B. Genetic Architecture and Genomic Prediction of Cooking Time in Common Bean (Phaseolus vulgaris L.).. Frontiers in plant science. 2020; 11:622213.
2017Ma Y, Coyne CJ, Grusak MA, Mazourek M, Cheng P, Main D, McGee RJ. Genome-wide SNP identification, linkage map construction and QTL mapping for seed mineral concentrations and contents in pea (Pisum sativum L.). BMC plant biology. 2017 Feb 13; 17(1):43.
2017Aldemir S, Ates D, Temel Y, Yagmur B, Alsaleh A, Kahriman A, Ozkan H, Vandenberg A, Tanyolac MB. QTLs for iron concentration in seeds of the cultivated lentil (Lens culinaris Medic.) via genotyping by sequencing. Turkish Journal of Agriculture and Forestry. 2017; 2017(41):1-13.
2016Upadhyaya H, Bajaj D, Das S, Kumar V, Gowda CLL, Sharma S, Tyagi A, Parida S. Genetic dissection of seed-iron and zinc concentrations in chickpea. Scientific Reports. 2016; 6(24050):1-12.
2013Blair MW, Izquierdo P, Astudillo C, Grusak MA. A legume biofortification quandary: variability and genetic control of seed coat micronutrient accumulation in common beans. Frontiers in plant science. 2013; 4:275.
2012Blair MW, Izquierdo P. Use of the advanced backcross-QTL method to transfer seed mineral accumulation nutrition traits from wild to Andean cultivated common beans. TAG. Theoretical and applied genetics. Theoretische und angewandte Genetik. 2012 Sep; 125(5):1015-31.
2010Blair MW, Medina JI, Astudillo C, Rengifo J, Beebe SE, Machado G, Graham R. QTL for seed iron and zinc concentration and content in a Mesoamerican common bean (Phaseolus vulgaris L.) population. TAG. Theoretical and applied genetics. Theoretische und angewandte Genetik. 2010 Oct; 121(6):1059-70.