Trait Overview
Traitphenolic compound content
Trait Categorybiochemical trait
AbbreviationPHE
Definitionamount of phenolic compounds in fruit
Descriptors[view all 2]
QTLs[view all 130]
Descriptors
GroupDescriptor
GRIN_RUBUSPHENOLICS
STRAWBERRY_CRSTP
QTLs
Download Table
QTL/MTLLinkage GroupPeakStartStopDatasetMapViewer
qPHE.232×1392-LGI-2.2013LGI-232.3423133.3Strawberry-phenylpropanoids_and_antioxidant-QTL-Pott-2020View
qPHE.232×1392-LGII-2.2013LGII-234.89332.238.1Strawberry-phenylpropanoids_and_antioxidant-QTL-Pott-2020View
qPHE.232×1392-LGIII-3.2013LGIII-377.12376.578.5Strawberry-phenylpropanoids_and_antioxidant-QTL-Pott-2020View
qPHE.232×1392-LGIV-1.2013LGIV-142.539.149.9Strawberry-phenylpropanoids_and_antioxidant-QTL-Pott-2020View
qPHE.232×1392-LGIV-3.2014LGIV-324.47222.831.9Strawberry-phenylpropanoids_and_antioxidant-QTL-Pott-2020View
qPHE.232×1392-LGVI-4.2013LGVI-464.4163.864.9Strawberry-phenylpropanoids_and_antioxidant-QTL-Pott-2020View
qPHE.232×1392-LGVI-5.2014LGVI-538.36428.240.4Strawberry-phenylpropanoids_and_antioxidant-QTL-Pott-2020View
qPHE.BT-Ch2-2009LG21.47--Peach-Fruit quality-Gogorcena-2016View
qPHE.CA×CF.IIb.France2B91.6--Strawberry-Flavonoids-QTL-Labadie-2020View
qPHE.CA×CF.IIIc1.France3C25.4--Strawberry-Flavonoids-QTL-Labadie-2020View
qPHE.CA×CF.IIIc.France3C18.8--Strawberry-Flavonoids-QTL-Labadie-2020View
qPHE.CA×CF.VIa.France6A92--Strawberry-Flavonoids-QTL-Labadie-2020View
qPHE.CA×CF.VIa.France.16A96--Strawberry-Flavonoids-QTL-Labadie-2020View
qPHE.CA×CF.VIb.France6B13.7--Strawberry-Flavonoids-QTL-Labadie-2020View
qPHE.CA×CF.VIb.France.16B125.8--Strawberry-Flavonoids-QTL-Labadie-2020View
qPHE.CA×CF.VId.France6D38.4--Strawberry-Flavonoids-QTL-Labadie-2020View
qPHE.V-Ch2_2-2009LG2_2---Peach-Fruit quality-Gogorcena-2016View
qPHE.V-Ch4-MeanLG445.5--Peach-Fruit quality-Gogorcena-2016View
qPHE.X5210X8402-LG10.J09.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG10.J09.quercitrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG11.J10.procyanidinCc----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG12.F08.DPnProcyanidins----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG12.F08.phloretinXyloglucoside----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG12.F09.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG12.J09.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG12.J09.procyanidinC1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG12.J10.procyanidinCa----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG12.J10.procyanidinCd----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG12.J10.procyanidinG----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG13.F08.otherProcyanidin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG13.F09.quercitrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG13.J10.quercitrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG14.F08.DPnProcyanidins----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG14.F08.reynoutrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG14.J010.4CaffeoylquinicAcid----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG14.J09.4CaffeoylquinicAcid----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.F08.avicularin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.F08.DPnFlavanols----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.F08.hyperin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.F08.isoquercitrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.F08.otherProcyanidin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.F08.reynoutrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.F09.isoquercitrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.F09.reynoutrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J09.hyperin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J09.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.hyperin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.phloretinXyloglucoside----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.procyanidinC1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.procyanidinCa----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.procyanidinCb----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.procyanidinCc----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.procyanidinCd.1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.procyanidinCd.2----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.procyanidinDa----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.procyanidinEa----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.procyanidinG----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.unknownFlavanol245----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG15.J10.unknownFlavanol518----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG16.F08.DPnFlavanols----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG16.F08.DPnProcyanidins----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG16.F08.reynoutrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG16.F09.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG16.J09.hyperin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG16.J10.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG17.F08.5CaffeoylquinicAcid.1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG17.F08.5CaffeoylquinicAcid.2----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG17.F08.rutin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG17.F09.5CaffeoylquinicAcid.1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG17.F09.5CaffeoylquinicAcid.2----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG17.F09.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG17.F09.quercitrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG17.J09.5CaffeoylquinicAcid.1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG17.J09.5CaffeoylquinicAcid.2----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.F08.DPnProcyanidins----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.F08.otherProcyanidin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.F08.phloridzin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.F08.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.F09.ideain----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.F09.otherProcyanidin.1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.F09.otherProcyanidin.2----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.F09.reynoutrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J09.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J09.procyanidinB5----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J09.procyanidinC1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.4CaffeoylquinicAcid----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.5CaffeoylquinicAcid----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.phloridzin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.procyanidinB5----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.procyanidinC1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.procyanidinCa----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.procyanidinCb----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.procyanidinDb----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.procyanidinEa----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.procyanidinEb----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.quercitrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.unknownFlavanol245----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J10.unknownProcyanidin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG1.J17.5CaffeoylquinicAcid----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG3.J09.5CaffeoylquinicAcid----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG3.J09.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG3.J09.procyanidinB5----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG3.J09.procyanidinC1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG3.J10.phloretinXyloglucoside----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG3.J10.procyanidinCa----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG4.J10.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG4.J10.procyanidinCa----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG4.J10.procyanidinCc----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG4.J10.procyanidinDa----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG5.F08.DPnFlavanols----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG5.F08.otherProcyanidin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG5.F08.phloretinXyloglucoside----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG5.F09.ideain----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG5.F09.isoquercitrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG5.F09.phloretinXyloglucoside----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG5.J09.avicularin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG5.J09.phloridzin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG6.J09.procyanidinB1----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG6.J10.procyanidinCd----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG7.F09.isoquercitrin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG7.J09.procyanidinB5----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG7.J10.unknownFlavanol245----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG8.J09.rutin----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG8.J10.procyanidinB5----Apple-polyphenol_content-Laurens-2014-
qPHE.X5210X8402-LG9.J10.procyanidinG----Apple-polyphenol_content-Laurens-2014-
GWAS0004262----Apple_ripening_traits_GWAS_Watts_2023View
GWAS0004263----Apple_ripening_traits_GWAS_Watts_2023View
GWAS0004268----Apple_flesh_browning_GWAS_Tazawa_2021View
YearPublication
2023Watts S, Migicovsky Z, Myles S. Large-scale apple GWAS reveals NAC18.1 as a master regulator of ripening traits. Fruit Research, 2023 Nov 9; 3:32
2021Kunihisa M, Hayashi T, Hatsuyama Y, Fukasawa-Akada T, Uenishi H, Matsumoto T, Kon T, Kasai S, Kudo T, Oshino H, Yamamoto T, Tazawa J. Genome-wide association study for apple flesh browning: detection, validation, and physiological roles of QTLs. Tree Genetics & Genomes, 2021 Feb 2 17, 11.
2020Rymenants M, van de Weg E, Auwerkerken A, De Wit I, Czech A, Nijland B, Heuven H, De Storme N, and Keulemans W. Detection of QTL for apple fruit acidity and sweetness using sensorial evaluation in multiple pedigreed full-sib families. Tree Genetics & Genomes 16, 71 (2020). https://doi.org/10.1007/s11295-020-01466-8
2020Pott DM, Vallarino JG, Cruz-Rus E, Willmitzer L, Sánchez-Sevilla JF, Amaya I, Osorio S. Genetic analysis of phenylpropanoids and antioxidant capacity in strawberry fruit reveals mQTL hotspots and candidate genes.. Scientific reports. 2020 Nov 19; 10(1):20197.
2020Labadie M, Vallin G, Petit A, Ring L, Hoffmann T, Gaston A, Potier A, Schwab W, Rothan C, Denoyes B. Metabolite Quantitative Trait Loci for Flavonoids Provide New Insights into the Genetic Architecture of Strawberry (Fragaria × ananassa) Fruit Quality. Journal of agricultural and food chemistry. 2020; 68(25):6927-6939.
2016Bianco L, Cestaro A, Linsmith G, Muranty H, Denance C, Théron A, Poncet C, Micheletti D, Kerschbamer E, Di Pierro EA, Larger S, Pindo M, van de Weg E, Davassi A, Laurens F, Velasco R, Durel CE, Troggio M. Development and validation of the Axiom(®) Apple480K SNP genotyping array. The Plant journal : for cell and molecular biology. 2016 Feb 26.
2016José Luis Zeballos, Walid Abidi , Rosa Giménez, Antonio J. Monforte, María Ángeles Moreno, Yolanda Gogorcena. Mapping QTLs associated with fruit quality traits in peach [Prunus persica (L.) Batsch] using SNP maps. Tree Genetics & Genomes June 2016, 12:37
2014Bianco L, Cestaro A, Sargent DJ, Banchi E, Derdak S, Di Guardo M, Salvi S, Jansen J, Viola R, Gut I, Laurens F, Chagné D, Velasco R, van de Weg E, Troggio M. Development and Validation of a 20K Single Nucleotide Polymorphism (SNP) Whole Genome Genotyping Array for Apple (Malus × domestica Borkh). PloS one. 2014; 9(10):e110377.
2014Verdu CF, Guyot S, Childebrand N, Bahut M, Celton J-M, Gaillard S, Lasserre-Zuber P, Troggio M, Guilet D, Laurens F. QTL Analysis and Candidate Gene Mapping for the Polyphenol Content in Cider Apple. PLoS ONE. 2014; 9(10):e107103.
2012Antanaviciute L, Fernández-Fernández F, Jansen J, Banchi E, Evans KM, Viola R, Velasco R, Dunwell JM, Troggio M, Sargent DJ. Development of a dense SNP-based linkage map of an apple rootstock progeny using the Malus Infinium whole genome genotyping array. BMC genomics. 2012; 13:203.
2010Velasco R, Zharkikh A, Affourtit J, Dhingra A, Cestaro A, Kalyanaraman A, Fontana P, Bhatnagar SK, Troggio M, Pruss D, Salvi S, Pindo M, Baldi P, Castelletti S, Cavaiuolo M, Coppola G, Costa F, Cova V, Dal Ri A, Goremykin V, Komjanc M, Longhi S, Magnago P, Malacarne G, Malnoy M, Micheletti D, Moretto M, Perazzolli M, Si-Ammour A, Vezzulli S, Zini E, Eldredge G, Fitzgerald LM, Gutin N, Lanchbury J, Macalma T, Mitchell JT, Reid J, Wardell B, Kodira C, Chen Z, Desany B, Niazi F, Palmer M, Koepke T, Jiwan D, Schaeffer S, Krishnan V, Wu C, Chu VT, King ST, Vick J, Tao Q, Mraz A, Stormo A, Stormo K, Bogden R, Ederle D, Stella A, Vecchietti A, Kater MM, Masiero S, Lasserre P, Lespinasse Y, Allan AC, Bus V, Chagné D, Crowhurst RN, Gleave AP, Lavezzo E, Fawcett JA, Proost S, Rouzé P, Sterck L, Toppo S, Lazzari B, Hellens RP, Durel CE, Gutin A, Bumgarner RE, Gardiner SE, Skolnick M, Egholm M, Van de Peer Y, Salamini F, Viola R. The genome of the domesticated apple (Malus x domestica Borkh.). Nature Genetics. 2010 Oct; 42(10):833-839.