首页> 外文期刊>Journal of Microbiology, Biotechnology and Food Sciences >PRODUCTION OF BREAD–SPREAD FROM BLENDS OF SHEA BUTTER (VITELLARIA PARADOXA), GARLIC (ALLIUM SATIVUM), GINGER (ZINGIBER OFFICINALE), SCENT LEAF (OCCIMUM GRATISSIMUM), AND SUYA SPICE
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PRODUCTION OF BREAD–SPREAD FROM BLENDS OF SHEA BUTTER (VITELLARIA PARADOXA), GARLIC (ALLIUM SATIVUM), GINGER (ZINGIBER OFFICINALE), SCENT LEAF (OCCIMUM GRATISSIMUM), AND SUYA SPICE

机译:从黄油黄油(Vitellaria paradioxa),大蒜(SATIUMUM),姜(ZINGIBER OFFICINALE),香叶(OCCIMUM GRATISSIMUM)和苏雅香料的混合物中生产面包的面包

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This study aimed at production of bread-spread from blends of shea butter with spices such as ginger, garlic, scent leaf, and suya spice. Two different ratios, 70% shea butter: 30% spices and 85% shea butter:15% spices were prepared from raw shea butter and various spices. The treatments were packaged in a transparent plastic bowl and stored at room temperature for 4 weeks while samples were taken for analysis at 0, 2 and 4 weeks of storage. Samples were examined for chemical, antioxidant properties, anti-nutritional factors and sensory evaluation. Saponification value ranged from 47.7 mg KOH/g -104.5 mg KOH/g while shea butter + spices exhibited lower values compared to 100% shea butter (control). It was observed that iodine value of both the blends and control decreased as storage days increased except for samples of shea butter + ginger (SGG) and shea butter + suya spice (SSS) at 70:30 ratio. Addition of spices to shea butter increased the 1,1-diphenyl-2 picrylhydrazyl (DPPH) values (44.96%-77.98%) and total phenol content (0.36 mg TAE/g-0.51 mg TAE/g) of the crude shea butter significantly. Phytate content of the blends increased upon addition of spices, whereas, a drastic reduction was observed in the alkaloid contents of the blends from 29.79% (control) to 2.29% in shea butter + scent leave. The sensory evaluation result revealed that the general acceptability of shea butter treated with suya spice (70:30) and 100% shea butter were scored above average and were not different significantly.
机译:这项研究的目标是从乳木果油与生姜,大蒜,香叶和suya香料等香料的混合物中制成面包。由原始乳木果油和各种香料制备两种不同的比例,即70%乳木果油:30%香料和85%乳木果油:15%香料。将处理物包装在透明的塑料碗中,在室温下保存4周,而在0、2和4周的时间里采集样品进行分析。检查样品的化学,抗氧化性能,抗营养因子和感官评估。皂化值在47.7 mg KOH / g -104.5 mg KOH / g的范围内,而乳木果油+香料显示的值比100%乳木果油(对照)低。观察到,除了乳木果油+生姜(SGG)和乳木果油+ suya香料(SSS)样品的比例为70:30时,共混物和对照品的碘值均随储存天数的增加而降低。在乳木果油中添加香料可显着提高粗乳木果油的1,1-二苯基-2甲基肼基(DPPH)值(44.96%-77.98%)和总酚含量(0.36 mg TAE / g-0.51 mg TAE / g) 。加入香料后,混合物中的肌醇六磷酸含量增加,而在乳木果油+香型中,混合物中生物碱的含量从29.79%(对照)急剧下降至2.29%。感官评估结果显示,用苏雅香料(70:30)和100%乳木果油处理的乳木果油的总体可接受性得分均高于平均分,且无显着差异。

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