COMPARING CHEMICAL COMPOSITION AND TEXTURE PROPERTIES OF MUFFINS FROM GLUTEN-FREE MIX AND FROM OAT FLOURS

Journal Title: Żywność. Nauka. Technologia. Jakość - Year 2015, Vol 22, Issue 1

Abstract

Commercial oat flour and certified gluten-free wholemeal oat flour were used to make muffins accord- ing to a recipe for gluten-free bakery wares. The use of oat flours instead of a mix of rice and maize flours with maize starch caused the content of the following components in the muffins produced to significantly (p ≤ 0.05) increase: total proteins (9.11 ÷ 10.29 % d.m.), fat (15.06 ÷ 15.41 % d.m.), and minerals in the form of total ash (1.75 ÷ 2.03 % d.m.). Particularly large changes were reported in the case of the fibre fraction; its content increased almost three times upon the application of wholemeal oat flour. Oat flours, especially gluten-free flour, were, in the muffins, a source of substantial amounts of β -D-glucans (2.89 % d.m.), an important component of the soluble fraction of dietary fibre. The differences in the volume of muffins produced were statistically significant (p ≤ 0.05) but minor, and they did not significantly impact the texture parameters. As for the oat products, the rate of changes in those parameters was lower over the entire period of storage. As early as on the day of baking, the muffins made from oat flour were character- ized by a lower hardness (34.8 ÷ 36.9 N) compared to the products from flour mix (51.0 N); those differ- ences increased on the 3 subsequent days of storing (respectively, 40.8 ÷ 44.1 N, 88.8 N). Irrespective of the type of oat flour used, the products made from it were characterized by a good appearance and an attractive taste and flavour. Of the analyzed oat flours, the certified gluten-free flour was the only one to provide an appropriately low content of gluten proteins (12.8 mg gluten/kg); therefore, the products pro- duced could be considered to be gluten-free. Thus, the muffins from commercial oat flour (166 mg glu- ten/kg) can be consumed only by healthy people who choose oat products owing to their pro-health values and taste

Authors and Affiliations

Rafał Ziobro, Dorota Litwinek, Barbara Mickowska

Keywords

Related Articles

Suszenie rozpyłowe enzymów – przyczyny inaktywacji oraz metody i mechanizmy ich stabilizacji

Inaktywacja enzymów wywołana procesem suszenia oraz próby opisu jej przyczyn i mechanizmów są przedmiotem wielu publikacji naukowych. W niniejszym artykule przedstawiono analizę najważniejszych przyczyn inaktywacji ora...

FRACTIONS OF DIETARY FIBRE FROM ARONIA POMACE IN RELATION TO Pb, Cd, AND Mg IONS

The objective of the research performed was to determine the effect of the fractional composition of dietary fibre in aronia pomace, as well as of the process conditions (pH and temperature) on the binding capability o...

JAKOŚĆ JAJ Z CHOWU EKOLOGICZNEGO W PIERWSZYM I DRUGIM ROKU UŻYTKOWANIA NIOSEK

Celem badań było określenie wpływu wieku niosek na kształtowanie się cech jakości jaj od kur rodzimej rasy Zielononóżka kuropatwiana (Z-11), utrzymywanych w chowie ekologicznym. Badano jakość jaj spożywczych pochodzący...

 Wpływ wybranych zagęstników na rozkład kropel oleju w emulsjach niskotłuszczowych

 Celem pracy było określenie wpływu wielkości dodatku, rodzaju oraz układu zastosowanych zagęstników na rozkład kropel oleju w emulsjach niskotłuszczowych. W pracy zastosowano następujące zagęstniki: hydroksyfosfo...

THE MOULDING OF TECHNOLOGICAL PROPERTIES AND QUALITY OF BREAD BY ADDING INDUSTRIALLY PRODUCED CONCENTRATE OF ACID-WHEY OBTAINED DURING THE MAKING OF COTTAGE CHEESE

The objective of the paper was to determine the effect of industrially produced concentrate of acidwhey (obtained during the making of cottage cheese) on technological properties and quality of bread. Baking wheat prod...

Download PDF file
  • EP ID EP153255
  • DOI 10.15193/zntj/2015/98/010
  • Views 58
  • Downloads 0

How To Cite

Rafał Ziobro, Dorota Litwinek, Barbara Mickowska (2015). COMPARING CHEMICAL COMPOSITION AND TEXTURE PROPERTIES OF MUFFINS FROM GLUTEN-FREE MIX AND FROM OAT FLOURS. Żywność. Nauka. Technologia. Jakość, 22(1), 131-142. https://europub.co.uk/articles/-A-153255