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Flour Mill Stream Blending Affects Sugar Snap Cookie and Japanese Sponge Cake Quality and Oxidative Cross‐Linking Potential of Soft White Wheat
Author(s) -
Ramseyer Daniel D.,
Bettge Arthur D.,
Morris Craig F.
Publication year - 2011
Publication title -
journal of food science
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.772
H-Index - 150
eISSN - 1750-3841
pISSN - 0022-1147
DOI - 10.1111/j.1750-3841.2011.02404.x
Subject(s) - arabinoxylan , food science , chemistry , sugar , slurry , extraction (chemistry) , hydrogen peroxide , polysaccharide , biochemistry , materials science , chromatography , composite material
The purpose of this research was to study the functional differences between straight grade (75% extraction rate) and patent (60% extraction rate) flour blends from 28 genetically pure soft white and club wheat grain lots, as evidenced by variation in sugar snap cookie and Japanese sponge cake quality. Functional differences were examined relative to arabinoxylan content, protein content, and oxidative cross‐linking potential of flour slurries. Oxidative cross‐linking measurements were obtained on flour slurries with a low shear Bostwick consistometer and considered endogenous oxidative cross‐linking potential (water alone) or enhanced oxidative cross‐linking potential (with added hydrogen peroxide‐peroxidase). A 2‐way ANOVA indicated that flour blend was the greater source of variation compared to grain lot for all response variables except water‐extractable arabinoxylan content. Patent flours produced larger sugar snap cookies and Japanese sponge cakes, and contained significantly less total and water‐unextractable arabinoxylans, protein, and ash than did straight grade flours. Patent flours produced more viscous slurries for endogenous and enhanced cross‐linking measurements compared to the straight grade flours. The functional differences between patent and straight grade flours appear to be related to the particular mill streams that were utilized in the formulation of the 2 flour blends and compositional differences among those streams.