woolly monkeys, colobines, macaques, baboons and great apes, for transferrin saturation (%TS), an indicator of iron absorption. In correspondence with our expectations based on the literature, lemurs and marmosets had significantly higher %TS values than great apes and macaques/baboons. The findings corroborate patterns previously described in individual studies, and underline that further efforts should be made to understand the reasons and consequences of these differences in iron metabolism.
Title: Serum iron metabolites in an opportunistic sample of different captive primate species (Scientific Writing Experience at the European Association of Zoo and Wildlife Veterinarians 2010 Student Summer School)
Participants: M. A. Eichelmann, D. Fischer, M. Heilmann, H. Bernstorf Hydeskov, M. Kunze, L. Landaverde, I. Leinweber, A. M. Wendelboe Nielsen, E. Pintus, J. Reiners, T. Risch, K. Schroeder, H. Schumann, S. Soloperto, M. Stötter, M. Thielking, S. Uccheddu, H. Völkert, E. Wehrmeister.
Source: International Zoo Yearbook, 2012, volume 46, issue 1
Serum iron metabolites in an opportunistic sample of different captive primate species
12december2012
Previous reports in the literature indicate that primate species differ in their iron metabolism. Analyses were carried out of 229 serum samples of 18 different species, including marmosets, lemurs, ...