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Additional file 8 of Genetic mapping and QTL analysis for peanut smut resistanceArchivo adicional 8 de Mapeo genético y análisis QTL para la resistencia al tizón del cacahuete
(SpringerNature, 2021-07-03)
Additional file 8: Custom UNIX script for filtering the genotyping data generated in this study.
Additional file 1 of Genetic mapping and QTL analysis for peanut smut resistanceArchivo adicional 1 de Mapeo genético y análisis QTL para la resistencia al tizón del cacahuete
(SpringerNature, 2021-07-03)
Additional file 1: List of 56 distorted markers with up to 4:1 segregation ratio distributed in few discrete clusters on LGs A04, A05, A07, B03 and B04.
Additional file 5 of Genetic mapping and QTL analysis for peanut smut resistanceArchivo adicional 5 de Mapeo genético y análisis QTL para la resistencia al tizón del cacahuete
(SpringerNature, 2021-07-03)
Additional file 5: QTLs detected by year for resistance to peanut smut on a RILs population of Arachis based on a Halley-Knott genome scan QTL detection model. Resistance to peanut smut is estimated for the level of square ...
Additional file 2 of Genetic mapping and QTL analysis for peanut smut resistanceArchivo adicional 2 de Mapeo genético y análisis QTL para la resistencia al tizón del cacahuete
(SpringerNature, 2021-07-03)
Additional file 2: List of 236 SNPs statistically significant (P = 0.01) resulting of a single marker-phenotype association between disease resistance trait and SNP markers.
Additional file 7 of Genetic mapping and QTL analysis for peanut smut resistanceArchivo adicional 7 de Mapeo genético y análisis QTL para la resistencia al tizón del cacahuete
(SpringerNature, 2021-07-03)
Additional file 7: Analysis of gene content within the physical intervals of the two QTLs qSmIA08 (1.23 Mbp - 6.04 Mbp) and qSmIA02/B02 (3.43–4.29 Mbp), based on cv. Tifrunner transcriptome information [27] ( https://pea ...
