This study is aimed to assess the suitability of T. aestivum wheat milled products and its combinations with T. durum semolina with additives such as ascorbic acid, vital gluten and HPMC (Hydroxypropyl methyl cellulose) for pasta processing quality characteristics such as pasta dough rheology, microstructure, cooking quality, and sensory evaluation. Rheological studies showed maximum dough stab...

The wheat flour baguette bread is one of the most important foods throughout world. Therefore, improving quality this type white has always been interest. In study, effect xylanase and pentosanase enzymes on rheological properties dough characteristics was investigated. Adding and/or had led to improve dough. Using 0.2 gr in 100 g significantly strengthened gluten network Also, treatment lowest...

Using an original pressure-imposed shear cell, we study the rheology of dense suspensions. We show that they exhibit a viscoplastic behavior similarly to granular media successfully described by a frictional rheology and fully characterized by the evolution of the friction coefficient μ and the volume fraction ϕ with a dimensionless viscous number I(v). Dense suspension and granular media are t...

The effect of inclusion peanut flour from 0% to 20% on dough rheology and physicochemical sensory properties wheat–peanut composite bread was studied. Farinograph water absorption, development time (DDT), stability increased 57.7% 60.1%, 2.5 min 6 min, 5.5 8.5 respectively, for white with increase in proportion 20%. Similarly, an 62.7% 64.9%, 7 13 observed farinograph stability, brown dough. al...

This research aimed to investigate effects of dough improvers (trehalose; TR, sucrose ester; SE and hydroxylpropylmethylcellulose; HPMC) on microstructural, textural, rheological and baking properties of frozen dough with virgin coconut oil using central composite design (CCD). Frozen dough containing dough improvers had higher values of all properties compared to frozen dough without dough imp...

The effects of dough fortification with different amounts of gluten and full fat soya flour on the quality of spaghetti were investigated. Rheological properties of dough, quality and sensory characteristics of spaghetti with different amounts of gluten (8 to 14%) and full fat soya flour (0 to 20%) were evaluated. Fortification caused improvement in some characteristics such as dough stability ...