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- W2022127894 abstract "Studying the relationships between certain types of dis- eases and excess or shortage of some food trace elements and biogenes makes it possible to reconstruct our prede- cessors' biological status more precisely (Fornaciari 1981, Stuart-Macadam 1989, Klepinger 1993, Grupe 1995, Aufderheide 1981, Aufderheide 1985). The commonly used chemical indices for the purpose of reconstructing a paleodiet are skeletal concentrations of strontium, zinc and calcium, as well as ratios between them (Sillen 1981, Burton & Wright 1995, Wolsperger 1992). As is well known, herbivorous animals and plants have a high(er) strontium content which is lowered together with consecutive levels of the natural trophic chain. On the other hand, zinc shows higher concentra- tions in animals feeding on animal protein, and is less typical of plants and herbivores (Burton & Wright 1995, Wolsperger 1992, Sandford 1992, Price 1986). Although direct concentrations of strontium and zinc clearly differentiate animal protein from vegetable one, and species typically carnivorous from herbivorous ones, simple determination of individual elements in paleoan- thropo[ogical studies does not yield wholly satisfactory results. In contrast to postcrania[ skeleton bones, teeth seem to be a more stable material which does not take part so readily in processes of continuous elemental remodelling and turnover onte mortem (Lamprecht 1988, Bercovitz & Laufer 1990) and is resistant to diagenesis post rnortem (Glen-Haduch 1997, Szostek 1999). Hence they are used as a universal index to observe environmental and alimen- tary pressure on the organism (Glab & Szostek 1995). Scanty reports have suggested differentiation in the content of trace elements between particular tooth types (Bercovitz & Laufer 1990, Purchase & Ferrgusson 1986). In the course of analyses of individual human tooth sequences, Szostek confirmed the existence of substantial differences in zinc, cadmium and lead concentrations between the first and the third molar teeth (Szostek" @default.
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- W2022127894 date "2001-01-01" @default.
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- W2022127894 title "Trace elements concentrations from Papio hamadryas teeth sequences" @default.
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- W2022127894 doi "https://doi.org/10.1016/s0946-672x(01)80028-6" @default.
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