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- W4360871707 abstract "Pratylenchus thornei is an economically important species of root-lesion nematode adversely affecting chickpea (Cicer arietinum) yields globally. Integration of resistant crops in farming systems is recognised as the most effective and sustainable management strategy for plant-parasitic nematodes. However, breeding for P. thornei resistance in chickpea is limited by the lack of genetic diversity. We deployed a genome-wide association approach to identify genomic regions and candidate genes associated with P. thornei resistance in 285 genetically diverse chickpea accessions. Chickpea accessions were phenotyped for P. thornei resistance in replicated glasshouse experiments performed for two years (2018 and 2020). Whole genome sequencing data comprising 492,849 SNPs were used to implement six multi-locus GWAS models. Fourteen chickpea genotypes were found to be resistant to P. thornei. Of the six multi-locus GWAS methods deployed, FASTmrMLM was found to be the best performing model. In all, 24 significant quantitative trait nucleotides (QTNs) were identified, of which 13 QTNs were associated with lower nematode population density and 11 QTNs with higher nematode population density. These QTNs were distributed across all of the chickpea chromosomes, except chromosome 8. We identified, receptor-linked kinases (RLKs) on chromosomes 1, 4 and 6, GDSL-like Lipase/Acylhydrolase on chromosome 3, Aspartic proteinase-like and Thaumatin-like protein on chromosome 4, AT-hook DNA-binding and HSPRO2 on chromosome 6 as candidate genes for P. thornei resistance in the chickpea reference set. New sources of P. thornei resistant genotypes were identified that can be harnessed into breeding programs and putative candidate P. thornei resistant genes were identified that can be explored further to develop molecular markers and accelerate the incorporation of improved P. thornei resistance into elite chickpea cultivars." @default.
- W4360871707 created "2023-03-25" @default.
- W4360871707 creator A5009709215 @default.
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- W4360871707 creator A5079301159 @default.
- W4360871707 date "2023-03-24" @default.
- W4360871707 modified "2023-09-26" @default.
- W4360871707 title "Multi-locus genome-wide association study of chickpea reference set identifies genetic determinants of Pratylenchus thornei resistance" @default.
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- W4360871707 cites W1966968544 @default.
- W4360871707 cites W1972216668 @default.
- W4360871707 cites W1975213750 @default.
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- W4360871707 cites W1992970304 @default.
- W4360871707 cites W1993456995 @default.
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- W4360871707 cites W1995029623 @default.
- W4360871707 cites W2002632259 @default.
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- W4360871707 cites W2005507808 @default.
- W4360871707 cites W2011204117 @default.
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- W4360871707 cites W2022359093 @default.
- W4360871707 cites W2024836818 @default.
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- W4360871707 cites W2034687078 @default.
- W4360871707 cites W2035177040 @default.
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- W4360871707 cites W2099315637 @default.
- W4360871707 cites W2099911459 @default.
- W4360871707 cites W2101017008 @default.
- W4360871707 cites W2114695570 @default.
- W4360871707 cites W2135806224 @default.
- W4360871707 cites W2138141215 @default.
- W4360871707 cites W2145994821 @default.
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- W4360871707 cites W2178202663 @default.
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- W4360871707 cites W2771099218 @default.
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- W4360871707 cites W2888097770 @default.
- W4360871707 cites W2895653695 @default.
- W4360871707 cites W2906137916 @default.
- W4360871707 cites W2913075186 @default.
- W4360871707 cites W2923985082 @default.
- W4360871707 cites W2942635022 @default.
- W4360871707 cites W2959059926 @default.
- W4360871707 cites W2985550138 @default.
- W4360871707 cites W3002421980 @default.
- W4360871707 cites W3031293396 @default.
- W4360871707 cites W3035916957 @default.
- W4360871707 cites W3038103038 @default.
- W4360871707 cites W3087885545 @default.
- W4360871707 cites W3111635578 @default.
- W4360871707 cites W3113283547 @default.
- W4360871707 cites W3122378968 @default.
- W4360871707 cites W3123834293 @default.
- W4360871707 cites W3127905801 @default.
- W4360871707 cites W3153222874 @default.
- W4360871707 cites W317409109 @default.
- W4360871707 cites W3198170470 @default.
- W4360871707 cites W3215082472 @default.
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- W4360871707 cites W4280644470 @default.
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- W4360871707 doi "https://doi.org/10.3389/fpls.2023.1139574" @default.
- W4360871707 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37035083" @default.
- W4360871707 hasPublicationYear "2023" @default.
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