Bambara-wheat composite flour: rheological behavior of dough and functionality in bread.
The rheological behavior and functional properties of doughs from bambara-wheat composite flour was investigated. Bambara-wheat composite flour was prepared by substituting wheat with 0%, 10%, 15%, and 20% of bambara flour. The rheological behavior of their dough was analyzed with Mixolab. Breads produced from the flour were analyzed for physical characteristics. Organoleptic analysis was carried out by 20 panelists. Mixolab analysis revealed, except for stability time, depreciating values for dough consistency (C1), protein weakening (C2), starch gelatinization (C3), amylase activity (C4), and retrogradation (C5) as the inclusion of bambara flour increased. Physical characteristics of the loaves revealed significant (P< 0.05) decreasing bread volume and increasing specific volume, respectively, as bambara inclusion increased. There was significant (P< 0.05) difference between wheat bread and the bambara-wheat composites in all the studied quality attributes. 15% bambara-wheat composite bread was the most accepted amongst the composite breads. Inclusion of bambara flour improved the protein behavior of the composite, but did not evidently show benefits in the baking characteristics.
Department of Food Technology Federal Institute of Industrial Research Oshodi Lagos Nigeria.
Ochuko L
OL
Erukainure
Department of Food Technology Federal Institute of Industrial Research Oshodi Lagos Nigeria.
Jane N C
JN
Okafor
Department of Food Technology Federal Institute of Industrial Research Oshodi Lagos Nigeria.
Akinyele
A
Ogunji
Department of Food Technology Federal Institute of Industrial Research Oshodi Lagos Nigeria; Department of Food Technology Yaba College of Technology Yaba Lagos Nigeria.
Happiness
H
Ukazu
Department of Food Technology Federal Institute of Industrial Research Oshodi Lagos Nigeria.
Ebele N
EN
Okafor
Department of Food Technology Federal Institute of Industrial Research Oshodi Lagos Nigeria.
Ijeoma L
IL
Eboagwu
Mixolab; bambara nuts; composite flour; rheological behavior