Fitometabolitos secundarios que inciden en el valor nutricional de Lotus corniculatus como forraje para rumiantes
Secondary Fitometabolitos that affect the nutritional value of Lotus corniculatus as forage for ruminant animals;
Lado Fitometabolitos afetar o valor nutriciona de Lotus corniculatus como forragem para ruminantes
Secondary Fitometabolitos that affect the nutritional value of Lotus corniculatus as forage for ruminant animals
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Santacoloma Varón, Luz Elena
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Universidad Nacional Abierta y a Distancia, UNADCitación
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En la sabana de Bogotá a 2600 msnm, temperatura 14oC y 1013 mm de precipitación se acondicionaron tres parcelas modificando las condiciones fisicoquímicas del suelo y se sembró la especie Lotus corniculatus para evaluar contenido de taninos condensados, taninos hidrolizables, fenoles totales, taninos que precipitan proteína, saponinas y alcaloides. El propósito fue determinar el efecto de las condiciones del suelo sobre la concentración de fitobiomoléculas secundarias. Se aplicaron técnicas analíticas e instrumentales de la AOAC para determinar la presencia de dichos fitometabolitos secundarios y los resultados obtenidos se sometieron a un análisis de varianza simple. Adicionalmente, se realizó un análisis de correlación múltiple, utilizando el coeficiente de Pearson. Se encontró que la producción de taninos condensados, taninos hidrolizables y taninos que precipitan proteína en el L. corniculatus, varía, con diferencias estadísticas altamente significativas (P< 0,01), de acuerdo al tipo de suelo. El contenido de fenoles totales, en el forraje no presentó diferencias significativas entre los tratamientos (P >0,05). El nitrógeno amoniacal del suelo correlacionó de forma negativa y muy significativa con la concentración de taninos hidrolizables y con los taninos que precipitan proteína. Se identificó correlación negativa entre la capacidad de intercambio catiónica efectiva de los suelos y producción de taninos condensados y fenoles totales en la planta estudiada. Se identificó correlación entre el cambio de pH en el suelo y el contenido de taninos condensados y y altamente significativa con los taninos que precipitan proteína. Se concluye que la variación de las condiciones fisicoquímicas del suelo afectan la producción de metabolitos secundarios en L. corniculatus.
In the highlands of Bogota at 2600 masl, temperature 14°C and 1013 mm of precipitation, three plots have been furbished by modifying the physico- chemical conditions of the soil and planted the species Lotus corniculatus to evaluate content of condensed tannins, hydrolysable tannins, phenols, tannins that precipitate protein, saponins and alkaloids. The purpose was to determine the effect of soil conditions on the concentration of secondary phytobiomolecules. Analytical and instrumental techniques of AOAC were applied to determine the presence of secondary phytometabolites and the obtained results were put through a simple variance analysis. Additionally a multiple correlation analysis was done, using the Pearson’s coefficient. It was found that the production of condensed tannins, tannins and hydrolysable tannins that precipitate protein in L. corniculatus, varies, with highly different significant statistics according to the soil type. The content of total phenols, in the wrapping did not show significative differences among treatments (P>0.05). The ammoniacal nitrogen of the soil correlated negatively and significantly with the concentration of hydrolysable tannins and with the tannins that precipitate protein. It was found negative correlation between the effective cationic exchange capacity of soils and production of condensed tannins and total phenols in the studied plant. A correlation between the change in pH in the soil and the content of condensed tannins and and hihgly significant with the tannins that precipitate protein was identified. It is concluded that the variation of the physico-chemical conditions of the soil affect the production of secondary metabolites in L. corniculatus. Na savana de Bogotá em 2600 metros acima do nível do mar, temperatura 14oC e 1013 milímetros de precipitação foram condicionadas três parcelas, modificando as condições físico-químicas do solo e foi plantada as espécie Lotus cornicul para avaliar o conteúdo de taninos condensados taninos hidrolisáveis , fenóis totais, taninos que precipitam proteínas, saponinas e alcaloides. O objetivo foi determinar o efeito das condições do solo sobre a concentração de fitobiomoléculas secundárias. Aplicaram-se técnicas de análise instrumental AOAC para determinar a presença de tais fitometabolitos laterais e os resultados foram submetidos a uma análise de variância simples. Além disso, foi realizada uma análise de regressão múltipla por meio do coeficiente de Pearson. Verificou-se que a produção de taninos condensados , taninos hidrolisáveis e taninos que precipitam proteína em L. corniculatus varia, com diferenças altamente significativas (P <0,01) de acordo com o tipo de solo. O teor de fenóis totais na forragem não foi significativamente diferente entre os tratamentos (P> 0,05). O nitrogênio amoniacal no solo foi correlacionada negativamente e muito significativa com a concentração de taninos hidrolisáveis e taninos que precipitam proteína. Identificou-se correlação negativa entre a capacidade de troca catiônica efetiva dos solos e produção de taninos condensados e fenóis totais na planta estudada. Foi identificada correlação entre a alteração no pH do solo e o teorde taninos condensados e e alamente significativa com taninos que precipitam proteína. Concluiu-se que a variação das condições físico-químicas do solo afeta a produção de metabolitos secundários em L. corniculatus.
Escuela
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