Cookies are a popular snack food due to their variety in taste, crispiness, and digestibility. A study was conducted to develop and evaluate the sensory and physical characteristics of cookies made from oats (Avena sativa) and wheat flour (Triticum aestivum L.). Wheat flour has a better binding ability and would be ideal for making nutritious high fibre oatmeal cookies. The sensory analyses revealed that the cookies enriched with 19.01 percent oatmeal had acceptable organoleptic properties. Physical properties of the cookies with respect to spread ratio changed from 30.23 to 35.26 respectively. The wheat flour and oatmeal mixture in A3 composition was successful in the formulation of high fibre cookie
Short-dough cookies are one of the most popular cereal-based products in the world, but usually they...
Objective: The physico–chemical and sensory quality of cookies produced from composite blends of whe...
Abstract: Full fat flaxseed flour was supplemented with wheat flour @ 5, 10, 15, 20,25 and 30%. Cook...
The ever-increasing number of people with celiac disease or other health disorders associated with g...
Oat (Avena sativa L.) by-products are valuable sources of many bioactive compounds and minerals. Thi...
Multigrain cookies have been developed to meet the needs of health benefits of different cereal grai...
Food waste produced from fruits and vegetables processing plants possesses an important natural and ...
The present study was carried out to determine the effect of different proportions of red teff, wh...
Refined wheat flour, a key ingredient in cookie is mainly composed of starch which is devoid of nutr...
This study was to investigate the effects of wheat flour substitution with legume flour (mung bean a...
Flour mixtures consisting of full-fat soy flour and sweet potato flour at 25-75% levels were used in...
This study examined the effects of whole amaranth substitutions at various proportions and evaluated...
This research aims to analyze the physical and sensory characteristics of cookies’ formulations usin...
In developing countries like India, with increasing urbanization, the demand for processed food and ...
Many health benefits have been linked to consuming adequate amounts of fiber, but most commercial ba...
Short-dough cookies are one of the most popular cereal-based products in the world, but usually they...
Objective: The physico–chemical and sensory quality of cookies produced from composite blends of whe...
Abstract: Full fat flaxseed flour was supplemented with wheat flour @ 5, 10, 15, 20,25 and 30%. Cook...
The ever-increasing number of people with celiac disease or other health disorders associated with g...
Oat (Avena sativa L.) by-products are valuable sources of many bioactive compounds and minerals. Thi...
Multigrain cookies have been developed to meet the needs of health benefits of different cereal grai...
Food waste produced from fruits and vegetables processing plants possesses an important natural and ...
The present study was carried out to determine the effect of different proportions of red teff, wh...
Refined wheat flour, a key ingredient in cookie is mainly composed of starch which is devoid of nutr...
This study was to investigate the effects of wheat flour substitution with legume flour (mung bean a...
Flour mixtures consisting of full-fat soy flour and sweet potato flour at 25-75% levels were used in...
This study examined the effects of whole amaranth substitutions at various proportions and evaluated...
This research aims to analyze the physical and sensory characteristics of cookies’ formulations usin...
In developing countries like India, with increasing urbanization, the demand for processed food and ...
Many health benefits have been linked to consuming adequate amounts of fiber, but most commercial ba...
Short-dough cookies are one of the most popular cereal-based products in the world, but usually they...
Objective: The physico–chemical and sensory quality of cookies produced from composite blends of whe...
Abstract: Full fat flaxseed flour was supplemented with wheat flour @ 5, 10, 15, 20,25 and 30%. Cook...