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[Composition and potential contribution of iron, calcium and zinc of bread and pasta made with wheat and amaranth flours]

[Composition and potential contribution of iron, calcium and zinc of bread and pasta made with wheat and amaranth flours] Research Abstract Details 

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  • [Composition and potential contribution of iron, calcium and zinc of bread and pasta made with wheat and amaranth flours] Abstract Text:

    luis dynerLuis Dyner,silvina r dragoSilvina R Drago,adriana Adriana ,hugo Hugo ,rolando Rolando ,edda villaamilEdda Villaamil,mirta e valenciaMirta E Valencia,luis dynerLuis Dyner,silvina r dragoSilvina R Drago,adriana Adriana ,hugo Hugo ,rolando Rolando ,edda villaamilEdda Villaamil,mirta e valenciaMirta E Valencia,

    Amaranth, a traditional american crop that is nowadays given renewed importance, has good food potential value. The minerals contributed by the grain are quantitatively important. However, as the flour is obtained by total grinding of the grain, this process leads to the presence of anti-nutritional components, such as fitates, and therefore, the evaluation of the actual availability of the minerals of nutritional interest becomes necessary. The process of bread fermentation, plus the addition of fitases and enhancers of mineral availability such as citric and ascorbic acid, might improve mineral bioavailability. The objective of this work was to assess protein, ash, lipids and total dietary fiber content and evaluate the concentration and dialyzability of Fe, Zn and Ca (as mineral bioavailability indicator) in bread and pasta 100% wheat, and bread and pasta obtained by replacing 20% wheat flour (WF) with whole amaranth flour (WAF). Ascorbic acid (AA), citric acid (CA) and fitase were used as mineral bioavailability enhancers. The potential contribution of each mineral (PC) was calculated as each mineral concentration times its dialyzability. In 80:20 bread an increase of total dietary fiber and minerals, compared to 100% wheat products was observed. A maximum FePC in 80:20 bread was obtained with CA and fitase (0.55mg%). In pasta, the maximum effect was observed with CA (0.07 mg%). The CaPC was maximum in 80:20 pasta with CA (16.72 mg%). The greatest ZnPC was found in 80:20 bread with CA and fitase (0.40 mg%). The introduction of the WAF in fermented baked products with addition of CA and fitase allows to obtain nutritional advantages.

    [Composition and potential contribution of iron, calcium and zinc of bread and pasta made with wheat and amaranth flours] Publishing Authors By Initials

    l dynerL Dyner,sr dragoSR Drago,a A ,h H ,r R ,e villaamilE Villaamil,me valenciaME Valencia,l dynerL Dyner,sr dragoSR Drago,a A ,h H ,r R ,e villaamilE Villaamil,me valenciaME Valencia,

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    [Composition and potential contribution of iron, calcium and zinc of bread and pasta made with wheat and amaranth flours] Journal Published:

    PUBLICATION TYPE: Journal Article

    Journal: Archivos latinoamericanos de nutrición

    VOLUME: 57

    Page Numbers: 69-77

    Journal Abbreviation:

    ISSN: 0004-0622

    DAY: 10

    MONTH: Mar

    YEAR: 2007

    [Composition and potential contribution of iron, calcium and zinc of bread and pasta made with wheat and amaranth flours] Information

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    LANGUAGE: spa

    NlmUniqueID: 67507

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    Grant and Affiliation Information for [Composition and potential contribution of iron, calcium and zinc of bread and pasta made with wheat and amaranth flours]

    AFFILIATION: Facultad de Farmacia y Bioquímica, Universidad de Buenos Aires, Argentina.

    Country: Venezuela

    Venezuela Research PublicationVenezuela Research Publication

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    MEDLINETA: Arch Latinoam Nutr

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