A new programmable calculator procedure for individualizing phenytoin dosage
A Messori,
T Valenza,
G Zaccara,
G Arnetoli,
C Bartoli,
G Donati-Cori,
E Tendi,
and
R Zappoli
A programmable calculator procedure allowing nonlinear least-squares fit to pharmacokinetic data conforming to the Michaelis-Menten model is described. Model parameter estimation is performed according to the iterative Gauss-Newton technique as modified by Hartley. This procedure thus employs the same theoretical approach used by most pharmacokinetic computer programs. No programming skill is needed to run the program described. The proposed procedure is discussed in detail and applied to some sets of pharmacokinetic data.
