Broad-scale in vitro pharmacology profiling of new chemical entities during early phases of drug discovery has recently become an essential tool to predict clinical adverse effects. Modern, relatively inexpensive assay technologies and rapidly expanding knowledge about G-protein coupled receptors, nuclear receptors, ion channels and enzymes have made it possible to implement a large number of assays addressing possible clinical liabilities. Together with other in vitro assays focusing on toxicology and bioavailability, they provide a powerful tool to aid drug development. In this article, we review the development of this tool for drug discovery, its appropriate use and predictive value
Recent drug discovery efforts have utilized high throughput screening (HTS) of large chemical librar...
This special issue of Toxicology in Vitro is dedicated to disseminating the results of the EU-funded...
Introduction: In vitro metabolic profiling is used extensively by the pharmaceutical industry to cha...
The drastic increase in the costs for discovering and developing a new drug and the high attrition r...
Drug discovery and development is a long and expensive process. It is estimated to take an average o...
G-protein coupled receptors (GPCRs) represent important targets for drug discovery because they part...
Introduction: The rational development of new therapeutics requires a thorough understanding of how ...
The drug discovery process classically revolves around a set of biochemical and cellular assays to d...
The drug discovery and development pipeline have more and more relied on in vitro testing and in sil...
The techniques used to screen and profile molecular interactions in pharmacology have undergone seve...
Over the years, many different high throughput screening technologies and subsequently follow-up met...
This special Issue of Toxicology in Vitro covers the most relevant findings of a large scale integra...
: Drug development is a high cost and laborious process, requiring a number of tests until a drug is...
Safety pharmacology screening against a wide range of unintended vital targets using in vitro assays...
A set of molecules that advanced into exploratory animal toxicology studies (two species) was examin...
Recent drug discovery efforts have utilized high throughput screening (HTS) of large chemical librar...
This special issue of Toxicology in Vitro is dedicated to disseminating the results of the EU-funded...
Introduction: In vitro metabolic profiling is used extensively by the pharmaceutical industry to cha...
The drastic increase in the costs for discovering and developing a new drug and the high attrition r...
Drug discovery and development is a long and expensive process. It is estimated to take an average o...
G-protein coupled receptors (GPCRs) represent important targets for drug discovery because they part...
Introduction: The rational development of new therapeutics requires a thorough understanding of how ...
The drug discovery process classically revolves around a set of biochemical and cellular assays to d...
The drug discovery and development pipeline have more and more relied on in vitro testing and in sil...
The techniques used to screen and profile molecular interactions in pharmacology have undergone seve...
Over the years, many different high throughput screening technologies and subsequently follow-up met...
This special Issue of Toxicology in Vitro covers the most relevant findings of a large scale integra...
: Drug development is a high cost and laborious process, requiring a number of tests until a drug is...
Safety pharmacology screening against a wide range of unintended vital targets using in vitro assays...
A set of molecules that advanced into exploratory animal toxicology studies (two species) was examin...
Recent drug discovery efforts have utilized high throughput screening (HTS) of large chemical librar...
This special issue of Toxicology in Vitro is dedicated to disseminating the results of the EU-funded...
Introduction: In vitro metabolic profiling is used extensively by the pharmaceutical industry to cha...