TY - JOUR IS - 1 TI - Nutritional parameters of raw materials and mixtures as base for producing breakfast cereals KW - Táplálkozástudomány KW - Vitaminok - táplálkozás KW - Gabonafélék - táplálkozás KW - Egészséges életmód - táplálkozás SP - 397 UR - http://acta.bibl.u-szeged.hu/55288/ N2 - From the most eldest times cereals were an important source of food. Their high content in carbohydrates, proteins, lipids, mineral substances (K, Ca, Mg, Si, Na, Cu, Mo, Mn) and vitamins like (B1, B2, B5, B6, PP) offer our organism a high percentage of the energy and mineral substances that it needs for survival. Alongside the cereals, bens vegetables tend to complete the lack of cereals, bringing a high amount of nutrients. The main purpose of this paper was to investigate the relevant nutritional parameters to elaborate breakfast cereals from a mix of whole wheat flour, soybean flour, millet flour, lentil, rice, oatmeal, chickpeas in order to see which flours and combination of flours gives the ideal dough for extrusion. There were analysed the protein content (%), moisture (%), ash (%), fat (%) , gluten content (%), in the laboratory of milling and baking from the Faculty of Food Processing Technology of USAMVB Timisoara. The analyses were performed by spectrophotometer with Fourier transformer, Infra LUM FT ? 10. To the studied mixtures, it can be seen that in each case, except mixture 7 (lentil 25%+ 75 % rice) was recorded high values of gluten, followed by proteins, minerals and fats. From the above data it can be noticed that each mixture is a quite a good candidate to manufacture cereal flakes. It was observed that mixtures in combination with water gives an gelatinous composition similar to classic bread dough, which makes them ideal for processing in an extruder for cereal flakes. AV - public VL - 2 ID - acta55288 A1 - Popa Nicolae Florin A1 - Trasca Teodor Ioan A1 - Buta Nadina Ibolya SN - 2063-4803 JF - Review on agriculture and rural development Y1 - 2013/// N1 - Bibliogr.: 401. p. ; összefoglalás angol nyelven EP - 401 ER -