Press Releases:
 

    IMPACT-F:  Expert system to predict oral bioavailability in humans

     

    IMPACT-F optimizes lead candidates in Drug Discovery.pdf

    Animal testing can mislead drug discovery and development.pdf
     

    Computer models more accurate than animal trials.pdf
                    

     

    Images and graphics are available here

     

     

    Tierversuche koennen den medizinischen Fortschritt behindern.pdf

     

    Computermodelle genauer als Tierversuche.pdf

                                                                                                        

     

    PACT-F (Preclinical And Clinical Trials Knowledge Base on Bioavailability)

     

    Product launch of PACT-F

    Novel database PACT-F unifies the knowledge of 100 years of drug research.pdf

    Neue Datenbank PACT-F vereint das Wissen von 100 Jahren Forschung an Medikamenten.pdf

     

     

     

     

    Press Release

    Animal testing can mislead drug discovery and development

    Several blockbuster drugs would not be on the market, if scientists had relied solely on drug-uptake in animal trials, according to new research.

    The research, carried out by PharmaInformatic, a German biotech company, compared study results on drug-uptake (“Oral Bioavailability”) in animals and humans for a large number of approved and established drugs.

    Results showed that oral bioavailability in animals is inconsistent with the values reported for humans and large differences can exist. This also applies to very successful commercial drugs, called blockbuster drugs, with annual sales of more than one billion US Dollar.

    In drug development today, a large number of compounds are tested in animals, such as rats, dogs, monkeys and mice to determine whether they are effective and possess sufficient oral bioavailability. If bioavailability in animals is too low, further drug development is usually discontinued.

    Drug-uptake studies in animals can be misleading: Aripiprazole and Esomeprazole, the most sold drugs of 2013, have low oral bioavailability in animals, but drug-uptake in humans is high.

    Alternative computational methods, such as the expert system IMPACT-F replace animal trials on drug-uptake.

    Pharmaceutical companies have applied the expert system to evaluate human oral bioavailability in various therapeutic areas such as diabetes, inflammation, antivirals, autoimmune diseases and cancer.

    The expert system evaluates oral bioavailability in humans significantly more reliably than animal trials. This further increases the prospects of human clinical trials, because the optimum oral dose for first-in-human clinical trials can be determined much more accurately.

    Efficacy issues are identified as the main reason why clinical trials fail.

     

     

     

     

     

     

     

     

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