Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
4516902 | Journal of Cereal Science | 2006 | 7 Pages |
Abstract
Unextractable soy proteins were lower in raw soy flour (only 8% UPP) than in two physically-modified soy flours (19 and 34% UPP, respectively). Unextractable polymeric protein was much greater for wheat flour (57% UPP). After mixing a 1:1 soy-wheat composite dough, the %UPP was 36 and 22 (for the two types) when made from physically modified soy flours, compared to 8 for a composite dough using raw soy flour, and 43 for a wheat-only dough. The higher proportion of UPP for the wheat-modified soy doughs was taken as a reason for this composite dough providing better dough and baking qualities. Prolonged fermentation time caused a decrease in UPP percentages for all composite doughs and for the wheat-only dough.
Keywords
Rmaxextractable polymeric proteinExtractable proteinUnextractable polymeric proteinsProtein size distributionRSFSE-HPLCPMSFEPPkDaSDSsize-exclusion high performance liquid chromatographyUpPExtensibilityDaltonssodium dodecyl sulphateDough strengthMolecular weightunextractable polymeric proteinKilo Dalton
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Authors
E. Maforimbo, G. Skurray, S. Uthayakumaran, C.W. Wrigley,