Blood and liver were collected from the piglets at birth (two per farrowing, one male and one female), and milk was collected 10 days thereafter. Journal of Animal Science, v.87, n.12, p.2823-2832, 2009. [ Links ] MIRANDO, M.A.; PETERS, D.N.; HOSTETLER, C.E. et al. However, there are difficulties at the level of absorption of microelements, leading to high levels of supplementation. Journal of Animal Science, v.73, n.3, p.457-465, 1995. [ Links ] LÖNNERDAL, B.; FORSEUM, E.; HAMBRACEUS, L.A. A longitudinal study of the protein nitrogen, and lactose concentrations of human milk from Swedish well-nourished mothers.
Journal of Nutrition, v.117, p.1704-1707, 1987. [ Links ] HOSTETLER, C.E.; KINCAID, R.L.; MIRANDO, M.A. The role of essential trace elements in embryonic and fetal development in livestock. Piglets from sows treated with minerals in the organic form are born with higher contents of blood iron and a larger hepatic iron reserve. The temperature and relative humidity within the room were 25.5±1.2 ºC and 60%, respectively.
Wallingford: CABI, 1999. 602p. [ Links ] YU, B.; HUANG, W.; CHIOU, P.W. Bioavailability of iron from amino acid complex in weanling pigs. Performing multiplex analysis on the BioPlex® 2200 is easy: simply load a tray of primary tubes and walk away. The piglets were weighed at birth and at weaning (21 days) and were given a dose of 100 mg of dextran iron on the third day of life. Platelets are important sources of growth factors, and the release of these factors contributes to cell proliferation (Roitt et al., 1993). Conclusions The use of an organic form of trace minerals results in increased birth and weaning weights of piglets, compared to an inorganic source. São Paulo: Manole, 1993. 1954p. [ Links ] UNDERWOOD, E.J.; SUTTLE, N.F. The mineral nutrition of livestock.