Computerized evaluation of mean residence times in multicompartmental linear system and pharmacokinetics.
Deriving mean residence times (MRTs) is an important task both in pharmacokinetics and in multicompartmental linear systems. Taking as starting point the analysis of MRTs in open or closed (Garcia-Meseguer et al., Bull Math Biol 2003, 65, 279) multicompartmental linear systems, we implement a versatile software, using the Visual Basic 6.0 language for MS-Windows, that is easy to use and with a user-friendly format for the input of data and the output of results. For any multicompartmental linear system of up to 512 compartments, whether closed or open, with traps or without traps and with zero input in one or more of the compartments, this software allows the user to obtain the symbolic expressions, in the most simplified form, and/or the numerical values of the MRTs in any of its compartments, in the entire system or in a part of the system. As far as we known from the literature, such a software has not been implemented before. The advantage of the present software is that it reduces on the work time needed and minimizes the human errors that are frequent in compartmental systems even those that are relatively staightforward. The software bioCelTer, along with instructions, can be downloaded from http://oretano.iele-ab.uclm.es/~fgarcia/bioCelTer/.
Departamento de Ciencias Médicas, Facultad de Medicina, Universidad de Castilla-la Mancha, Albacete, Spain.
J M
JM
Villalba
A J
AJ
Barbero
R
R
Diaz-Sierra
E
E
Arribas
M J
MJ
Garcia-Meseguer
F
F
Garcia-Sevilla
M
M
Garcia-Moreno
J A Vidal
JA
De Labra
R
R
Varon
D007700:Kinetics; D016014:Linear Models; D012984:Software; D013997:Time Factors