首页> 外文期刊>Food Science & Nutrition >Postharvest quality of two orange‐fleshed sweet potato [ Ipomoea batatas (L) Lam] cultivars as influenced by organic soil amendment treatments
【24h】

Postharvest quality of two orange‐fleshed sweet potato [ Ipomoea batatas (L) Lam] cultivars as influenced by organic soil amendment treatments

机译:受有机土壤改良剂处理的两个橙皮甘薯[Ipomoea batatas(L)Lam]品种的收获后质量

获取原文
           

摘要

Two orange‐fleshed sweet potato cultivars: Apomuden and “Nane” were grown on cow dung‐, chicken manure‐, compost‐amended soils, and untreated soil. Apomuden is a variety, while “Nane” is being evaluated to be released in Ghana. The storage roots (SRs) were harvested at 3?months, cured by heaping the SRs and covering with the sweet potato foliage for 7?days in the field. The cured SRs were kept in an evaporative cool chamber to study the effect of soil amendment treatments on weight loss, rot, some nutrient composition, and sensory attributes. Boiled SRs were assessed by 70 untrained panelists after 7?weeks of storage based on the following: general appearance, sweetness, finger‐feel firmness, and overall acceptability using a 5‐point hedonic scale ( 1?=?dislike extremely to 5?=?like extremely ). Percent rot for “Nane” showed a linear trend, while that of Apomuden was nonlinear. Both cultivars showed similar trends in terms of cumulative weight loss with “Nane” recording lower weight loss compared with Apomuden. A significant ( p? ?0.001; r?=?0.71) strong positive correlation was observed between weight loss and rots. “Nane” had higher dry matter (37.15% vs. 30.19%; p? ?0.001, respectively) and starch content (59.16% vs. 51.86%; p? ?0.001, respectively) than Apomuden. Stored SRs grown on chicken manure‐amended soil recorded the highest protein (6.41%; p? ?0.001) and β‐carotene (16.64?mg/100?g; p? ?0.001) content than the other treatments. There was a 35% decline in β‐carotene for Apomuden, while “Nane” increased by 24% at the end of the 7‐week storage. “Nane,” the cultivar with high dry matter content had good storage properties than Apomuden. Stored SRs cultivated on soils amended with chicken manure had higher β‐carotene and protein content. All sensory attributes ranged from 3.35 to 3.68 indicating a good consumer preference for both cultivars irrespective of the soil amendment treatment applied.
机译:在牛粪,鸡粪,堆肥改良土壤和未经处理的土壤上种植了两个橙皮甘薯品种:Apomuden和“ Nane”。 Apomuden是一个变种,而“ Nane”被评估为在加纳发行。贮藏根(SR)在3个月时收获,通过堆放SR进行固化,并在田间用甘薯叶子覆盖7天内。固化的SR被保存在蒸发冷却室中,以研究土壤改良剂对体重减轻,腐烂,某些营养成分和感官特性的影响。在储存7周后,由70位未经训练的专门小组成员对煮沸的SR进行了评估,基于以下方面:总体外观,甜度,手指感觉紧实度和总体可接受性(使用5点享乐主义量表)(1分=非常不喜欢5分= ?极度)。 “ Nane”的腐烂百分比呈线性趋势,而Apomuden的腐烂呈非线性趋势。两个品种在累积体重减轻方面显示出相似的趋势,其中“ Nane”的体重减轻程度低于Apomuden。在体重减轻和腐烂之间观察到显着的(p <0.001,r <0.71)强正相关。 “ Nane”的干物质含量(分别为37.15%对30.19%; p <0.001)和淀粉含量(59.16%对51.86%; p <0.001)分别高于Apomuden。与其他处理相比,在经鸡粪改良的土壤上生长的储存SR的蛋白质含量最高(6.41%; p 0.001)和β-胡萝卜素含量最高(16.64?mg / 100?g; p 0.001)。 Apomuden的β-胡萝卜素下降了35%,而“ Nane”在7周储存结束时增长了24%。干物质含量高的品种“ Nane”具有比Apomuden更好的贮藏性能。在用鸡粪改良的土壤上培养的储存SR具有更高的β-胡萝卜素和蛋白质含量。所有感官特性在3.35至3.68的范围内,表明消费者对这两个品种都具有良好的偏好,而与所采用的土壤改良剂处理无关。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号