基于种子特性和矿物质含量的紫花苜蓿基因型鉴定研究

Aamer Muhsen Al-Mathidy, N. Al-Talab, Muna Omar Shehab, K. Esho
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引用次数: 0

摘要

摘要 本研究在摩苏尔大学农林学院园艺与景观设计系蔬菜研究农场进行。研究采用 RCBD 设计,每个基因型有三个重复,考察了在摩苏尔条件下播种的 15 个蚕豆基因型的矿物质浓度和蛋白质。结果表明,不同基因型的矿物质元素浓度有很大差异;基因型(S 2009,140)在每个豆荚中的种子数方面数值较高,而基因型(S 2008,096)在种子直径方面受到监督,基因型在种子长度方面数值较高。与此同时,基因型(S 2009,175)与研究中的其他基因型相比具有优势,而基因型(S 2008,034)的单株种子重量值较高。与其他基因型相比,基因型(Aguadulce)的钾百分比(4.1%)较高,基因型(S2009, 40)的钙百分比(1.75%)较高,另一方面,基因型(S 2009, 116, S 2009, 81, S 2008, 034)的锰百分比为零(0.0%)、基因型(ILB 1814)的氮含量和蛋白质含量较高,分别为 4.9% 和 30.625%。 关键词:菜豆 种子特性 矿质元素 蛋白质
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identification study of Vicia faba genotypes based on seed properties and mineral content
Abstract    The presented research was conducted at Vegetable Research Farm, Horticulture and Landscape Design, Agriculture and Forestry College, Univ. of Mosul. The research examines the mineral concentration and protein in fifteen genotypes of faba bean, which were sowing under Mosul condition,using RCBD design with three replicates for each genotype. The result showed that the mineral element concentration was considerable variation amongst the genotypes; genotype (S 2009, 140) gave a high value in the number of seeds in each pod, while genotype (S 2008, 096) was supervised in seed diameter, genotype gave a high value in seed length. At the same time, the genotype (S 2009, 175) was supervise compared with the other genotypes under the study, in the other hand the genotype (S 2008, 034) gave the high value in the seed weight per plant, The genotype (S 2009, 140 ) supervised in Fepercentagewhich was given a high value (5.275%) comparative with the other genotypes, while the genotype (Aguadulce) gave high value in K percentage (4.1%), the genotype (S2009,40) supervised in Ca percentage (1.75%) comparative with the other genotypes under the study, in the other hand the genotypes (S 2009, 116, S 2009, 81,S 2008, 034) gave the zero (0.0%) percentage in Mn., while the genotype (S 2008, 096) gave the high value in Pb percentage (8.710%).The genotype (ILB 1814) was supervised in N percentage and protein, which were (4.9 and 30.625%) respectively.   Key words:Faba bean, seed properties, Mineral element,protein
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