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Universidad de Córdoba BIODISPONIBILIDAD MINERAL DE ...

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

nonheme iron content of animal<br />

products commonly consumed in<br />

Thailand. Journal of Food<br />

Composition and Analysis, 15, 389-<br />

398.<br />

218- Kumari M, Gupta S, Lakshmi J, and<br />

Prakash J. (2004). Iron bioavailability<br />

in green leafy vegetables cooked in<br />

different utensils. Food Chemistry,<br />

86, 217-222.<br />

219- Kunz C and Lönnerdal B. (1989).<br />

Casein micelles and casein subunits<br />

in human milk, in Protein and nonprotein<br />

nitrogen in human milk, S.A.<br />

Atkinson & B.Lönnerdal, eds., Boca<br />

Ratom, pp.9-27.<br />

220- Labbé RF, Vreman HJ and<br />

Stevenson DK (1999). Zinc<br />

protoporphyrin: a metabolite with a<br />

mission. Clinical Chemistry, 45(12),<br />

2060-2072.<br />

221- Larsen T, Thilsted SH, Kongsbak K &<br />

Hansen M. (2000). Whole small fish<br />

as a rich calcium source. British<br />

Journal of Nutrition, 83, 191-196.<br />

222- Larsson M, Rossan<strong>de</strong>r-Hulthen L,<br />

Sandstrom B & Sandsberg AS<br />

(1996). Improved zinc and iron<br />

absorption from breakfast meals<br />

containing malted oats with reduced<br />

phytate content. British Journal of<br />

Nutrition. 76, 677-688.<br />

223- Layrisse M, Chavez JF, Mén<strong>de</strong>z-<br />

Castellano H, Bosch V, Tropper E,<br />

Bastardo B and González E. (1996).<br />

Early response to the impact of iron<br />

fortification in the Venezuelan<br />

population. American Journal of<br />

Clinical Nutrition, 64, 903-907.<br />

224- Layrisse M, García-Casal M, Solano<br />

L, Barón MA, Arguello F, Llovera D,<br />

Ramírez J, Leets I and Tropper E.<br />

(1997). The role of vitamin A on the<br />

inhibitors of nonheme iron absorption:<br />

Preliminary studies. Journal of<br />

Nutritional Biochemistry, 8, 61-67.<br />

225- Lee K and Cly<strong>de</strong>sdale FM. (1979).<br />

Quantitative <strong>de</strong>termination of the<br />

elemental, ferrous, ferric, soluble and<br />

complexed iron in foods. Journal of<br />

Food Science, 44, 549-554.<br />

226- Lee DY, Schroe<strong>de</strong>r J and Gordon D.<br />

(1988). Enhancement of copper<br />

bioavailability in the rat by phytic acid.<br />

Journal of Nutrition, 118, 712-717.<br />

227- Lee DY, Prasad AS, Hydric-Adair C,<br />

Brewer G and Johnson PE. (1993).<br />

Homeostasis of zinc in marginal<br />

human <strong>de</strong>ficiency: role of absorption<br />

and endogenous excretion of zinc.<br />

J.Lab. Clin.Med. 122, 549-556.<br />

228- Lehrfeld J. (1994). HPLC separation<br />

and quantification of phytic acid and<br />

some inositol phosphates in foods:<br />

problems and solutions. Journal of<br />

Agricultural and Food Chemistry, 42,<br />

2726-2731.<br />

229- Levrat-Verny MA, Coudray C,<br />

Bellanguer J, Lopez HW, Demigné C,<br />

Rayssiguier Y and Rémésy C. (1999).<br />

Wholewheat flour ensures higher<br />

mineral absorption and bioavailability<br />

than white wheat flour in rats. British<br />

Journal of Nutrition, 82, 17-21.<br />

266

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