Studies on the Quality Characteristics of Flour Blends from Sesame Seeds, African Yam Bean and Moringa Leaf Powder for “Biscuit- Like” Manufacture

E. Ohuoba, T. Okonkwo, Okoyeuzu Chigozie Francis
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Abstract

This study was aimed at investigating the quality characteristics of flour blends produced from sesame seeds, African yam bean (AYB) and Moringa leaf powder (MLP) for “biscuit- like” production. Dehulled sesame seeds were roasted for 7-13 min at 185 – 200 0C, defatted and milled into flour and tagged as DSDSF , African yam bean was toasted at 125 0C for 40 min, dehulled, milled into flour, and tagged as TDAYBF while Moringa leaf was sundried, milled into flour and tagged as MLP. All these flour samples were then blended into 18 ratios and tagged as LMDTM1-18. The  ratios of DSDSF:TDAYBF:MLP were  100: 0:0(LMDTM1), 0: 100: 0(LMDTM2), 95: 0: 5(LMDTM3), 95:5:0(LMDTM4), 90: 5:5(LMDTM5), 90:10:0(LMDTM6), 80:15:5 (LMDTM7), 80: 20:0(LMDTM8), 70:25: 5(LMDTM9), 70:30: 0(LMDTM10), 60: 35: 0(LMDTM11), 60: 40: 0(LMDTM12), 50: 45: 5(LMDTM13), 50: 50: 0(LMDTM14), 40: 55: 5(LMDTM15), 40: 60: 0(LMDTM16), 30: 65: 5(LMDTM17), and 30: 70: 0(LMDTM18). The flour blends were studied for physicochemical, functional and anti-nutrients properties. After blending, the formulated samples had proximate composition of  3.37 -9.21 % moisture, 18-27.5 % protein, 0.18-3.95 fat, 1.31 – 3.9 % ash, 3.2-8.88 % crude fiber and 52.75-65.45 % carbohydrate. Each proximate component varied significantly (p<0.05) between samples. While LMDTM13 had significantly(p<0.05) the highest moisture content, protein, and fat LMDTM6 had the highest ash content, LMDTM2 had the highest crude fiber and LMDTM1 had the highest carbohydrate. The control sample LMDTM1 had the highest bulk density (0.711), water absorption capacity (165.52 %), oil absorption capacity (94.5 %), protein solubility (13.4 %), foaming capacity (8.0 %), but lowest swelling power (3.5 %), emulsion capacity (46.2 %), phytate (16.29 mg/100g), tannin (4.64mg/100g) and Trypsin inhibitor (1.20 mg/100g) compared to other samples.  Blended flour mainly from plant sources of high-quality value can be blended when processed, giving the opportunity to increase its nutrition, consumption, and acceptability for biscuit- like production. In this study, sesame seeds were incorporated into African yam bean and moringa leaf powder to increase the quality and flavor replacing wheat flour in biscuit production.
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芝麻、非洲山药豆和辣木叶粉混合面粉的品质特性研究
以芝麻、非洲山药豆(AYB)和辣木叶粉(MLP)为原料,研究了用于“饼干样”生产的混合面粉的品质特性。芝麻去皮,185 - 200℃烘烤7-13 min,去脂磨粉,标记为DSDSF;非洲山药豆,125℃烘烤40 min,去皮磨粉,标记为TDAYBF;辣木叶晒干,磨粉,标记为MLP。然后将所有面粉样品混合成18种比例,并标记为LMDTM1-18。DSDSF:TDAYBF:MLP的比率分别为:100:0(LMDTM1)、0:100:0(LMDTM2)、95:0:5:0(LMDTM3)、95:5:0(LMDTM4)、90:10:0(LMDTM6)、80:15:5 (LMDTM7)、80:20:0(LMDTM8)、70:25:5 (LMDTM9)、70:30:0 (LMDTM10)、60:35:0(LMDTM11)、60:40:50:0(LMDTM12)、40:55:5(LMDTM15)、40:60:0(LMDTM16)、30:65:5(LMDTM17)、30:70:0(LMDTM18)。研究了混合面粉的理化性能、功能性能和抗营养性能。经调配后,配制样品的水分含量为3.37 ~ 9.21%,蛋白质含量为18 ~ 27.5%,脂肪含量为0.18 ~ 3.95%,灰分含量为1.31 ~ 3.9%,粗纤维含量为3.2 ~ 8.88%,碳水化合物含量为52.75 ~ 65.45%。各近似分量在样本间差异显著(p<0.05)。水分、蛋白质和脂肪含量均以LMDTM13最高(p<0.05),灰分含量以LMDTM6最高,粗纤维含量以lmdtmm2最高,碳水化合物含量以LMDTM1最高。对照样品LMDTM1的容重(0.711)、吸水量(165.52%)、吸油量(94.5%)、蛋白溶解度(13.4%)、起泡量(8.0%)最高,溶胀力(3.5%)、乳化量(46.2%)、植酸(16.29 mg/100g)、单宁(4.64mg/100g)、胰酶抑制剂(1.20 mg/100g)最低。混合面粉主要来自高质量价值的植物来源,可以在加工时混合,从而有机会增加其营养,消费和饼干样生产的可接受性。本研究在非洲山药豆和辣木叶粉中添加芝麻,以替代小麦粉,提高饼干的品质和风味。
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