甜椒及其杂交f1 (Capsicum annuum L.)果实的表型、营养和营养特性

Y.A. Mis Valdez, M.J. Hernández Pinto, R. Garruña, K.B. Medina Dzul, R. H. Andueza Noh
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引用次数: 0

摘要

辣椒,营养成分,抗氧化剂,辣椒素,黄酮类化合物。结论:墨西哥是辣椒驯化和遗传多样性的中心,这导致了辣椒地方品种的广泛多样性,包括x´catik和甜辣椒。由于这些基因型之间的自发杂交,获得了一个当地命名为“波波辣椒”的杂交种。然而,在这三种基因型中,表型性状、营养成分和营养特性都缺乏。本研究的目的是评价x'catik辣椒、甜椒及其F1杂交种(波波辣椒)果实的表型、营养和营养特性。采用完全随机设计,重复10次。测量表型、营养和营养方面的变量。结果表明,x'catik辣椒果实具有较高的长度和果皮厚度,呈细长的圆锥形;甜辣椒的果实是圆形的,有不规则的凹痕。F1杂交种(波波辣椒)具有细长的长方形形状。就营养和营养特性而言,x´catik辣椒的灰分含量最高(8.18%),蛋白质含量最高(8.90%),总酚含量高(456.35±8.71mg EAG 100g-1),主要成分为辣椒素(791.90±31.84mg kg-1)和二氢辣椒素(262.45±22.17mg kg-1)。以其原纤维含量(17.75%)为突出的甜辣椒和F1杂交辣椒具有较高的铁含量(85mg kg-1)和较高的黄酮含量(330.01±36.33mg EQ 100g-1)。所评估的辣椒基因型含有高含量的蛋白质、纤维、脂肪和碳水化合物,它们是丰富的次生代谢产物来源,因此,在种植区实施这些基因型将有利于该地区的农民。
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Características fenotípicas, nutricionales y nutraceúticas de frutos de chile x´catik, dulce y su híbrido f1 (Capsicum annuum L.)
Capsicum annuum , composición nutrimental, antioxidantes, capsaicinoides, flavonoides. A BSTRACT : Mexico is the center of domestication and genetic diversity of Capsicum annuum L., which has led to the development of a wide diversity of chili pepper landraces that includes the x´catik and sweet chili pepper. As result of the spontaneous cross between these genotypes, a hybrid locally named as “bobo chili” is obtained. However, in these three genotypes the phenotypic traits, nutritional content and nutraceutical properties is lacking. The aim of this study was to evaluate the phenotypic, nutritional and nutraceutical traits in fruits of the x'catik pepper, sweet pepper and its F1 hybrid (bobo chili). A completely randomized design with 10 repetitions was used. Phenotypic, nutritional and nutraceutical variables were measured. The results showed that fruits of x'catik chili pepper had the higher length and pericarp thickness with elongated conical shape; the fruits of sweet chili pepper were round with irregular indentations. The F1 hybrid (bobo chili) had an elongated oblong shape. Regarding to the nutritional and nutraceutical traits the x´catik chili pepper had the highest ash content (8.18%) and protein (8.90%), high content of total phenols (456.35 ± 8.71 mg EAG 100 g -1 ) and the major content of capsaicin (791.9.0±31.84 mg kg -1 ) and dihydrocapsaicin (262.45±22.17 mg kg - 1 ). The sweet chili pepper highlighted by its raw fiber content (17.75%) and the F1 hybrid had the higher iron content (85 mg kg -1 ) and higher content of flavonoids (330.01 ± 36.33 mg EQ 100g -1 ). The genotypes of chili pepper evaluated have a high content of protein, fiber, fat, carbohydrates and they are a rich source of secondary metabolites, therefore, the implementation of these genotypes in cultivated areas would be favorable for farmers in the region.
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