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Universidad de Córdoba BIODISPONIBILIDAD MINERAL DE ...

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

effect of a fruit drink containing<br />

ascorbic acid. Pediatric Research,<br />

37(4), 389-394.<br />

111- Fairweather-Tait SJ and Hurrell RF.<br />

(1996). Bioavailability of minerals and<br />

trace elements. Nutrition Research<br />

Reviews, 9, 295-324.<br />

112- Farré R, Frasquet I, Martínez I, Romá<br />

R. (1999). Dieta habitual <strong>de</strong> un grupo<br />

<strong>de</strong> adolescentes valencianos.<br />

Nutrición Hospitalaria, 14(6), 223-230<br />

113- Favier AE. (1993). In U. Schlemmer<br />

(Ed.), Bioavailability ´93. Nutritional,<br />

chemical and food processing<br />

implications of nutrient availability.<br />

114- Fengwu-Wu, Zhike-He, Quingyao-<br />

Luo, Yune-Zeng. (1999). HPLC<br />

<strong>de</strong>termination of oxalic acid using tris<br />

(1,10-phenantroline)ruthenium(II)<br />

chemiluminiscence application to the<br />

analysis of spinach. Food Chemistry,<br />

65, 543-546.<br />

115- Fidler MC, Davidsson L,. Ze<strong>de</strong>r C,<br />

Walczyck T and Hurrell RF (2003).<br />

Iron absorption from ferrous fumarate<br />

in adult women is influenced by<br />

ascorbic acid but not by Na 2 EDTA.<br />

British Journal of Nutrition, 90, 1081-<br />

1085.<br />

116- Finley JW, Briske-An<strong>de</strong>rson M,<br />

Reeves PG, and Johnson LK. (1995).<br />

Zinc uptake and transcellular<br />

movement by Caco-2 cells: Studies<br />

with media containing fetal bovine<br />

serum. Journal of Nutritional<br />

Biochemistry, 6, 137-144.<br />

117- Fly AD and Czarnecki-Maul<strong>de</strong>n GL<br />

(2000). Iron bioavailability from<br />

hemoglobin and hemin in chick, rat,<br />

cat, and dog: a comparative study.<br />

Nutrition Research, 20(2), 237-248.<br />

118- Forbes RM. (1984). Use of laboratory<br />

animals to <strong>de</strong>fine physiological<br />

functions and availability of zinc. Fed.<br />

Proc. 43, 2835-2839.<br />

119- Food and Nutrition Board (1997).<br />

Dietary Reference Intakes for<br />

Calcium, Phosphorus, Magnesium,<br />

Vitamin D, and Fluori<strong>de</strong>. Standing<br />

Committee on the Scientific<br />

Evaluation of Dietary Reference<br />

Intakes, Institute of Medicine,<br />

National Aca<strong>de</strong>mic Press,<br />

Washington.<br />

120- Food and Nutrition Board (2001),<br />

Dietary Reference Intakes for Vitamin<br />

A, Vitamin K, Arsenic, Boron,<br />

Chromium, Copper, Iodine, Iron,<br />

Manganese, Molyb<strong>de</strong>num, Nickel,<br />

Silicon, Vanadium, and Zinc. Institute<br />

of Medicine. National Aca<strong>de</strong>mic<br />

Press, Washington.<br />

121- Forbes A, Adams C, Arnaud M,<br />

Chichester C, Cook J, Harrison B,<br />

Hurrell R, Kahn S, Morris E, Tanner<br />

J, and Whittaker P. (1989).<br />

Comparison of in vitro, animal and<br />

clinical <strong>de</strong>terminations of iron<br />

bioavailability:<br />

International<br />

Nutritional Anemia Consultative<br />

Group Task Force report on iron<br />

bioavailability. American Journal of<br />

Clinical Nutrition, 49, 225-238.<br />

122- Forth W. and Schafer SG. (1987).<br />

Absorption of di- and trivalent iorn.<br />

Experimental evi<strong>de</strong>nce. Arzneim-<br />

Forsch/ Drug Research, 37, 96-101.<br />

258

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