Various animal models are used to study pharmacokinetics (PK) of drugs in development. Human renal clearance (CLr) should be predictable through interpolation from animal data by allometric scaling. Based on this premise, we quantified interspecies differences in CLr, and related them to drug properties. Using PubMed and EMBASE, we systematically reviewed literature on human and animal CLr measures for 20 renally excreted drugs, calculated average fold errors, and quantified mean differences between animals and humans. Our results show that animal models are generally good predictors for human drug clearance using simple allometry, except for rats, with which human CLr is significantly overestimated
Accepted for publication 3000-kg elephant. Despite this 10 * range in weight, most land mammals have...
<p>Background: To optimize antimicrobial dosing in different animal species, pharmacokinetic informa...
Renal excretion is an important route of elimination for xenobiotics and three processes determine t...
Various animal models are used to study pharmacokinetics (PK) of drugs in development. Human renal c...
Identifying any extrahepatic excretion phenomenon in preclinical species is crucial for an accurate ...
Background: Human pharmacokinetics can be predicted from animal data using the principle of allometr...
An uncertainty factor of 100 is used to derive health-based guidance values for human intakes of che...
To predict human pharmacokinetics such as the clearance and the plasma concentration profile of a ne...
A comprehensive analysis on the prediction of human clearance based on intravenous pharmacokinetic d...
AbstractOral bioavailability is a key consideration in development of drug products, and the use of ...
Various modified methods have been proposed in response to criticisms regarding the practical applic...
These days, there is a lot of emphasis on the prediction of human clearance (CL) from a single speci...
Renal clearance is a key determinant of the elimination of drugs. To date, only few in vitro-in vivo...
From a search of the available literature, a database of 22 drugs of all charge types and several di...
Renal clearance is a key determinant of the elimination of drugs. To date, only few in vitro – in v...
Accepted for publication 3000-kg elephant. Despite this 10 * range in weight, most land mammals have...
<p>Background: To optimize antimicrobial dosing in different animal species, pharmacokinetic informa...
Renal excretion is an important route of elimination for xenobiotics and three processes determine t...
Various animal models are used to study pharmacokinetics (PK) of drugs in development. Human renal c...
Identifying any extrahepatic excretion phenomenon in preclinical species is crucial for an accurate ...
Background: Human pharmacokinetics can be predicted from animal data using the principle of allometr...
An uncertainty factor of 100 is used to derive health-based guidance values for human intakes of che...
To predict human pharmacokinetics such as the clearance and the plasma concentration profile of a ne...
A comprehensive analysis on the prediction of human clearance based on intravenous pharmacokinetic d...
AbstractOral bioavailability is a key consideration in development of drug products, and the use of ...
Various modified methods have been proposed in response to criticisms regarding the practical applic...
These days, there is a lot of emphasis on the prediction of human clearance (CL) from a single speci...
Renal clearance is a key determinant of the elimination of drugs. To date, only few in vitro-in vivo...
From a search of the available literature, a database of 22 drugs of all charge types and several di...
Renal clearance is a key determinant of the elimination of drugs. To date, only few in vitro – in v...
Accepted for publication 3000-kg elephant. Despite this 10 * range in weight, most land mammals have...
<p>Background: To optimize antimicrobial dosing in different animal species, pharmacokinetic informa...
Renal excretion is an important route of elimination for xenobiotics and three processes determine t...