Effect of adding the sifting terebinth and grape seed meals to wheat flour on produced dough and bread qualities

Adding the sifting meals of the terebinth and grape seeds to wheat flour mixtures caused increasing in fibers content , and decreasing in ash content ,meanwhile the protein percentage remained steady , except the highest percentages (10 , 15 % ) . Also the (10,15%) percentages adding caused a slight reducing in gluten quality as showed by related tests : (fermentation time test , SDS test , moisture gluten test ) Also the adding of tested meals caused improvement in baking quality (loaf weight during baking and during cooling) , also improvement the sensory properties of produced bread significantly comparing with control sample. On the other hand , 10 and 15 percentages of grape seed meal adding caused reducing in sensory properties of produced bread. Finally , the determined results related with rheological properties tested by Mixolap apparatus showed improvement in thermal stability of starch enzymatic activity comparing with control sample , meanwhile the other tested properties didn't affected at the same level of addition .

Distribution of variance for the effects of Syrian wheat class and flour type on the rheological properties of instant noodles production

The effects of Syrian wheat class and locally produced flour types on the rheological properties of instant noodles production were investigated. Two wheat classes (soft and durum) and two varieties of each were selected. These varieties were milled into standard flour (80% extraction rate) and high quality flour (72% extraction rate). Dough rheological properties were evaluated by farinograph and extensogarph techniques. Noodles cooking properties were measured according to the AACC approved methods. The rheological characteristics and the statistic analysis revealed significant differences among the selected varieties, and reflected directly and significantly on the cooking properties of the resultant noodles samples. This indicated the possibility of using farinograph and extensogarph techniques in predicting the quality of the resulting noodles. Furthermore, F test and distribution of variance analysis showed that wheat class was of a vital and significant effect on dough rheological properties and noodles quality comparing by wheat variety and flour type.

Effect of adding the sifting Avocado seed meals to wheat flour on produced dough and bread qualities

Adding the sifting meals of the Avocado seed to wheat flour mixtures caused increasing in folowing percentages of components: (moisture , fibers , ash , starch and total soluble sugars ) Also the (5,10%) percentages adding caused a slight reducing in gluten quality , while a reducing in gluten quality was clearly at (15 , 20%) percentages. Also the adding of tested meals caused improvement in baking quality (loaf weight during baking and during cooling) , also improvement the sensory properties of produced bread significantly , except (20%) percentage comparing with control sample. Finally , 15 and 20 percentages , only of Avocado seed meals adding caused reducing in taste property of produced bread.

The Effect of Wheat Flour Physiochemical and Rheological Characteristics on the Quality of Noodles

Noodles are one of the most commonly used foods, as they are second only to bread, and 40% of the wheat produced in Asia is used for making noodles. The characteristics of Syrian wheat have not been studied in terms of their suitability for making noodles for the moment of cooking