For the past several years we have been working with models of benzene distribution and metabolism, principally in the rat, but more recently in humans. Our biologically related objectives have been primarily to assist our laboratory-based colleagues in their quest for understanding of the mechanisms by which benzene exerts its toxic action. A secondary goal has been to develop or adapt models useful in risk assessment applications. We have also had methodological goals that relate to applications of sensitivity analysis on the one hand, but more fundamentally to the connection between experimental data and model structure and parameterization. This paper presents an overview of our work in these areas
Pharmacokinetics is the study of the time course for the absorption, distribution, metabolism, and e...
We aim to establish a new way for estimating the risk from internal dose or body burden due to expos...
Pharmacokinetics is the study of the fate of xenobiotics in a living organism. Physiologically based...
For the past several years we have been working with models of benzene distribution and metabolism, ...
In assessing the distribution and metabolism of toxic compounds in the body, measurements are not al...
Currently risk assessment tackles chemicals as single substances affecting individual health endpoin...
This paper presents results from an on-going study of the carcinogenicity of benzene at low doses. I...
To date, all risk assessment studies on benzene have been based almost exclusively on epiderniologic...
A role for gene variants in regulating the pharmacokinetics of systemically available toxicants has ...
Assessment of human exposure to environmental chemicals is inherently subject to uncertainty and var...
International audiencePhysiologically based pharmacokinetic (PBPK) models have proven to be successf...
In order to quantify the effect of human variability on a wide range of biological exposure indicato...
International audiencePhysiologically based pharmacokinetic (PBPK) models are used in mode-of-action...
<div><p>Biomathematical modeling has become an important tool to assess xenobiotic exposure in human...
Biomathematical modeling has become an important tool to assess xenobiotic exposure in humans. In th...
Pharmacokinetics is the study of the time course for the absorption, distribution, metabolism, and e...
We aim to establish a new way for estimating the risk from internal dose or body burden due to expos...
Pharmacokinetics is the study of the fate of xenobiotics in a living organism. Physiologically based...
For the past several years we have been working with models of benzene distribution and metabolism, ...
In assessing the distribution and metabolism of toxic compounds in the body, measurements are not al...
Currently risk assessment tackles chemicals as single substances affecting individual health endpoin...
This paper presents results from an on-going study of the carcinogenicity of benzene at low doses. I...
To date, all risk assessment studies on benzene have been based almost exclusively on epiderniologic...
A role for gene variants in regulating the pharmacokinetics of systemically available toxicants has ...
Assessment of human exposure to environmental chemicals is inherently subject to uncertainty and var...
International audiencePhysiologically based pharmacokinetic (PBPK) models have proven to be successf...
In order to quantify the effect of human variability on a wide range of biological exposure indicato...
International audiencePhysiologically based pharmacokinetic (PBPK) models are used in mode-of-action...
<div><p>Biomathematical modeling has become an important tool to assess xenobiotic exposure in human...
Biomathematical modeling has become an important tool to assess xenobiotic exposure in humans. In th...
Pharmacokinetics is the study of the time course for the absorption, distribution, metabolism, and e...
We aim to establish a new way for estimating the risk from internal dose or body burden due to expos...
Pharmacokinetics is the study of the fate of xenobiotics in a living organism. Physiologically based...