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Additional info for Animal diseases in archaeology
Modelling Phosphorus Metabolism in Farm Animals Experimental data obtained in tracer studies need to be resolved using compartmental modelling in order to quantify the amount of P present in different parts of the animal (pool sizes), the rates of exchange of P between pools (ﬂow rates) and the loss and net utilization of dietary P (efﬁciency of utilization). A number of models have been proposed to represent P metabolism in animals, and those that have received most attention will be reviewed in the following sections.
However, this relationship is actually curvilinear, as the efﬁciency of utilization of dietary P decreases as P intake increases, according to a diminishing returns pattern. Modelling Phosphorus Metabolism in Farm Animals Experimental data obtained in tracer studies need to be resolved using compartmental modelling in order to quantify the amount of P present in different parts of the animal (pool sizes), the rates of exchange of P between pools (ﬂow rates) and the loss and net utilization of dietary P (efﬁciency of utilization).
4. Kinetic Models for the Study of Phosphorus 33 4 Soft tissue P F10 F42 F10(n) F10(p) 3 F24 F21(p) 1 F 21 2 F21(e) F21(n) Gut lumen P F32 Bone P Plasma P F23 F12 F01 F02 (p) F01 (e) F01 (n) F01 Fig. 5. The four-pool scheme of Dias et al. showing phytate P. Fij represents total P ﬂow to pool i from j, F10 denotes ingestion of P, F01 excretion of P in faeces, F02 excretion of P in urine. The ﬂows F10, F01 and F21 are partitioned as shown, with superscripts (p), (e) and (n) indicating P of dietary phytate, endogenous and dietary non-phytate origin, respectively.
Animal diseases in archaeology by John Robin Baker