Abstract
In the study of nutritional variability in potato it is desirable to know the present range of expression and genetic potential for increase. Potato breeding lines and varieties in two separate trials were evaluated for potassium and phosphorus content by wet ashing and Inductively Coupled Argon Plasma Emission Spectrophotometer analysis. Stability and broad-sense heritability were determined. Among genotypes, potassium content ranged from 1.85 and 2.49 % DW while phosphorus content ranged from 0.16 to 0.34 % DW over both trials. Genotype by environment interactions were significant in the Tri-State and Western Regional Red/Specialty (WR-R/SP) trials for both potassium and phosphorus, while environments were not. Genotype was a significant source of variation for both minerals in the WR-R/SP trial only. In the Tri-State trials, 7 and 4 of ten clones were unstable before and after removal of environmental heterogeneity, respectively, for potassium content, and 5 and 4 genotypes were unstable before and after removal of environmental heterogeneity, respectively, for phosphorus. In the WR-R/SP Trials, 7 and 3 of 13 clones were unstable before and after removal of environmental heterogeneity, respectively, for potassium content, and 3 and 4 genotypes were unstable before and after removal of environmental heterogeneity, respectively, for phosphorus. Broad sense heritability was low for both potassium and phosphorus in the Tri-State Russet-Skin Trials but high for both potassium and phosphorus in the WR-R/SP Trials. Although potato is a minor contributor of phosphorus to the human diet, it is an important source of potassium. Adult males and females receive 12 % of the Recommended Dietary Allowance of potassium from 100 g of potato. Estimates of broad-sense heritability from these two trials suggest that genotypes with higher levels of both potassium and phosphorus can be selected from within the Red/Specialty market class, but not from within the Tri-State russet class. An increase in potassium content in the potato, for which the daily need in the human body is so high, could be a boon to human health.
Resumen
En el estudio de la variabilidad nutricional en papa es deseable conocer la amplitud actual de expresión y potencial genético para aumentarla. Se evaluaron líneas avanzadas y variedades en dos ensayos separados para el contenido de potasio y fósforo por análisis de cenizas húmedas y por Espectrofotómetro de Emisión de Plasma de Acoplamiento Inductivo de Argón. Se determinaron la estabilidad y la amplitud de la heredabilidad. El contenido de potasio varió de 1.85 a 2.49 % de peso seco (PS) entre genotipos, mientras que el contenido de fósforo fluctuó de 0.16 a 0.34 % PS en ambos ensayos. Las interacciones genotipo-medio ambiente fueron significativas en los ensayos Tri-Estatales y Regionales del Oeste de las especialidades rojas (WR/-R/SP) para ambos elementos, mientras que los ambientes solos no lo fueron. El genotipo fue una fuente significativa de variación para ambos minerales solamente en el ensayo WR-R/SP. En los Ensayos Tri-Estatales, 7 y 4 de diez clones fueron inestables antes y después de eliminar la heterogeneidad ambiental, respectivamente, para el contenido de potasio, y 5 y 4 genotipos fueron inestables antes y después de eliminar la heterogeneidad ambiental, respectivamente, para fosforo. En los ensayos WR-R/SP, 7 y 3 de 13 clones fueron inestables antes y después de eliminar la heterogeneidad ambiental, respectivamente, para el contenido de potasio, y 3 y 4 genotipos fueron inestables antes y después de quitar la heterogeneidad ambiental, respectivamente, para fosforo. La amplitud de la heredabilidad fue baja para ambos elementos en los ensayos Tri-Estatales de piel tipo russet (corrugada), pero alta para ambos minerales en los ensayos de WR-R/SP. Aún cuando la papa contribuye poco en fosforo de la dieta humana, es una fuente importante de potasio. Los adultos hombres y mujeres reciben 12 % de los requerimientos de la dieta recomendados de potasio por cada 100 g de papa. Las estimaciones de la amplitud de la heredabilidad de estos dos ensayos sugieren que los genotipos con los niveles más altos, tanto de fosforo como de potasio, se pueden seleccionar de entre la clase de mercado de especialidad/roja, pero no de los de clase russet del Tri-Estatal. Un aumento en el contenido de potasio en la papa, del cual la necesidad diaria en el cuerpo humano es tan alta, pudiera ser de un gran beneficio para la salud humana.
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Brown, C.R., Haynes, K.G., Moore, M. et al. Stability and Broad-Sense Heritability of Mineral Content in Potato: Potassium and Phosphorus. Am. J. Potato Res. 90, 516–523 (2013). https://doi.org/10.1007/s12230-013-9323-2
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DOI: https://doi.org/10.1007/s12230-013-9323-2