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Universidad de Córdoba BIODISPONIBILIDAD MINERAL DE ...

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Biodisponibilidad mineral <strong>de</strong> menús escolares<br />

in Caco-2 cells: unique in vitro mo<strong>de</strong>l.<br />

The American Journal of Physiology,<br />

260, G207-G212.<br />

137- Glahn RP, Wien E, Van Campen R,<br />

and Miller DD. (1996). Caco-2 cell<br />

iron uptake from meat and casein<br />

digests parallels in vivo studies: use<br />

of a novel in vitro method for rapid<br />

estimation of iron bioavailability.<br />

Journal of Nutrition, 126, 332-339.<br />

138- Glahn RP, Lai C, Hsu J, Thompson<br />

JF, Guo M, and Van Campen DR.<br />

(1998a). Decreased citrate improves<br />

iron availability from infant formula:<br />

application of an in vitro<br />

digestion/caco-2 cell mo<strong>de</strong>l. Journal<br />

of Nutrition, 128, 257-264.<br />

139- Glahn RP, Olivia AL, Yeung A,<br />

Goldman MI, and Miller DD. (1998b).<br />

Caco-2 cell ferritin formation predicts<br />

nonradiolabeled food iron availability<br />

in an in vitro digestion/Caco-2 cell<br />

culture mo<strong>de</strong>l. Journal of Nutrition,<br />

128, 1555-1561.<br />

140- Glahn RP, Wortley GM, South PK,<br />

and Miller DD. (2002a). Inhibition of<br />

iron uptake by phytic acid, tannic acid<br />

and ZnCl 2 : studies using an in vitro<br />

digestion/Caco-2 cell mo<strong>de</strong>l. Journal<br />

of Agricultural and Food Chemistry,<br />

50, 390-395.<br />

141- Glahn RP, Cheng Z, Welch RM,<br />

Gregorio GB. (2002b). Comparison of<br />

iron bioavailability from 15 rice<br />

genotypes: studies using an in vitro<br />

digestion/Caco-2 cell culture mo<strong>de</strong>l.<br />

Journal of Agricultural and Food<br />

Chemistry, 50, 3586-3591.<br />

142- Gleerup A, Rossan<strong>de</strong>r-Hulthen L and<br />

Gramatkovski E (1995). Iron<br />

absorption from the whole diet:<br />

comparison of the effect of two<br />

different distributions of daily calcium<br />

intake. American Journal of Clinical<br />

Nutrition, 61, 97.<br />

143- Gol<strong>de</strong>nberg RL, Tamura T, Neggers<br />

Y, Haghsherass M, Amerhakemi GH,<br />

Barakat R.M and Reinhold JG (1995).<br />

The effect of zinc supplementation on<br />

pregnancy outcome. Journal of<br />

American Medical Association, 274,<br />

463-468.<br />

144- Gómez-Basauri JV and Regenstein<br />

JM. (1992a). Processing and frozen<br />

storage effects on the iron content of<br />

cod and mackerel. Journal of Food<br />

Science, 57, 1332-1336.<br />

145- Gómez-Basauri JV and Regenstein<br />

JM. (1992b). Vacuum packaging,<br />

ascorbic acid and frozen storage<br />

effects on heme and nonheme iron<br />

content of mackerel. Journal of Food<br />

Science, 57, 1337-1339.<br />

146- Gracia M. (1997). La transformación<br />

<strong>de</strong> la cultura alimentaria. Cambios y<br />

permanencias en un contexto<br />

urbano. Ministerio <strong>de</strong> Educación y<br />

Cultura. Secretaria <strong>de</strong> Estado <strong>de</strong><br />

Cultura. Madrid.<br />

147- Grajeta H, Prescha A, and Biernat J.<br />

(2002). Fe, Ca and Mg contents in<br />

selected fast food products in Poland.<br />

Nahrung, 1, 7-10.<br />

148- Grasbeck R, Majuri R, Kouvonen I<br />

and Tenhunen R. (1982). Spectral<br />

and other studies on the intestinal<br />

260

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