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Summary of molecular marker analysis for each of the crosses
(PlosOne, 2019)
P1: susceptible parent; P2: resistant parent. Parent specific alleles (PSA) are alleles present in only one of the parents. Shared alleles: are alleles present in both parents and in all their progeny. PSA in progeny: is ...
Spatial analysis of molecular variance (SAMOVA) for Berberis trifoliolata populationsAnálisis espacial de la varianza molecular (SAMOVA) para las poblaciones de Berberis trifoliolata
(Plos One, 2017-02-01)
Here we conduct research to understand the evolutionary history of a shrubby species known as Agarito (Berberis trifoliolata), an endemic species to the Chihuahuan Desert. We identify genetic signatures based on plastid ...
Efectos de la adopción de dietas saludables sobre la ocupación de la tierra, la emisión de gases de efecto invernadero y el consumo de energía fósil y agua dulce en ArgentinaEffects of the adoption of healthy diets on land occupation, greenhouse gas emissions and consumption of fossil energy and fresh water in Argentina
(2021)
Ante el gran desafío que implica alimentar a una población que crece, cambia sus dietas y estilos de vida, al mismo tiempo que se conservan los recursos naturales y protege la biodiversidad, se han propuesto múltiples ...
Description of crosses and progeny
(PlosOne, 2019-02-08)
Smut disease caused by the fungal pathogen Thecaphora frezii Carranza & Lindquist is threatening the peanut production in Argentina. Fungicides commonly used in the peanut crop have shown little or no effect controlling ...
Results of genetic and demographic analyses of Berberis trifoliolata's phylogroupsResultados de los análisis genéticos y demográficos de los filogrupos de Berberis trifoliolata
(Plos One, 2017-06-26)
Haplotype diversity (h), nucleotide diversity (π), Fu’s FS (Fs), Tajima’s D (DT) and Ramos-Onsins and Rozas (R2) are indicated.
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 ...
Analysis of molecular variance (AMOVAs) performed among groups of Berberis trifoliolata populationsAnálisis de varianza molecular (AMOVAs) realizados entre grupos de poblaciones de Berberis trifoliolata
(Plos One, 2017-06-26)
Analysis of molecular variance (AMOVAs) performed among groups of Berberis trifoliolata populations.
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 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 ...
