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Articles by M.A.Y. Abdualrahman
Total Records ( 2 ) for M.A.Y. Abdualrahman
  M.A.Y. Abdualrahman and A.O. Ali
  In this study, de-hulled Bambara groundnuts and peanuts flours were used for full and partial substitution of sesame seeds in production of khemiss-tweria. The proximate analysis of de-hulled Bambara groundnuts flour, peanuts, sesame seeds and pearl millet flour were conducted. The chemical analysis of control and developed khemiss-tweria indicated that the contents of moisture and ash ranged between 4.00±0.03 to 4.28±0.04% and 2.50±0.01 and 4.86±0.04%, respectively, while the contents of protein, fat, crude fiber and carbohydrate ranged from (15.06±0.02 to 24.19±0.03%) (6.69±0.03 to 10.88±0.02%) (2.12±0.03 to 2.50±0.01%) and (62.27±0.02 to 68.40±0.01%), respectively. On the other hand, the in vitro protein digestibility ranged from (75.52±0.02 to 93.16±0.04%). The most significant effect of de-hulled Bambara groundnuts flour and peanuts addition, in production of khemiss-tweria was the improvement of protein quality. Khemiss-tweria made from millets bread and peanuts had the highest in vitro protein digestibility. The sensory analysis of the different types of khemiss-tweria revealed that there was a significant differences in colour while there were no significant differences between the various types of khemiss-tweria products. However, peanuts gave higher scores to the khemiss-tweria whereby peanuts fully replaced sesame seeds than the products made from other blends.
  M.A.Y. Abdualrahman and A.O. Ali
  Proximate analysis of Bambara groundnut flour and production of Sudanese sorghum bread (kissra) supplemented with various ratios of Bambara groundnut flour were conducted. Bambara groundnut flour was used in supplementation of Sudanese baked product sorghum bread (kissra), in the ratios of 10, 20 and 30%. The pH values of Bambara groundnut flour supplemented dough’s were dropped. The titrable acidity and total soluble solids were increased as a result of fermentation process. The most significant effect of kissra supplementation was the increases in protein content from 12.20±0.02% for the control sorghum bread kissra to about 13.38±0.02, 13.76±0.02 and 15.54±0.04% for kissra supplemented with 10, 20 and 30% of Bambara groundnut flour, respectively. The contents of crude fiber and ash of supplemented sorghum kissra were also increased. The replacement ratios of Bambara groundnut flour also resulted in a concomitant increase in the in vitro protein digestibility of kissra breads. The sensory evaluation revealed that the supplemented sorghum kissra was accepted by the panelists up to 10% of Bambara groundnut flour supplementation. The overall acceptance level of the different samples decreased with the additional increases of Bambara groundnuts flour supplementation. In view of the findings of this study, it is recommended that, future studies focus on the utilization of Bambara groundnuts flour on other Sudanese traditional foods such as thin and thick porridges.
 
 
 
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