• Title of article

    Applying the biopharmaceutics classification system to veterinary pharmaceutical products: Part II. Physiological considerations

  • Author/Authors

    Martinez، نويسنده , , Marilyn and Amidon، نويسنده , , Gordon and Clarke، نويسنده , , Lane and Jones، نويسنده , , Wendelyn Warren and Mitra، نويسنده , , Ashim and Riviere، نويسنده , , Jim، نويسنده ,

  • Issue Information
    روزنامه با شماره پیاپی سال 2002
  • Pages
    26
  • From page
    825
  • To page
    850
  • Abstract
    In comparing product bioavailability across animal species, it is not unusual to observe marked interspecies differences. For many compounds, these differences reflect presystemic drug metabolism. However, a host of other variables must also be considered such as in vivo drug solubility, gastric transit time, intestinal permeability, diet, and species-by-formulation interactions. By combining information on drug solubility and intestinal permeability with an understanding of the interrelationship between pH, product dissolution and gastrointestinal physiology, we attempt to define those conditions under which in vitro dissolution data may be used as a surrogate for data on in vivo bioavailability. We consider the likely physiological causes for species-related differences in the absolute and relative bioavailability of orally administered pharmaceuticals, and examine the potential for these normal interspecies differences to reflect bioavailability changes that can occur with various human pathologies.
  • Keywords
    Lymphatic uptake , Biopharmaceutics Classification System , Interspecies differences , Veterinary oral drug absorption , animal models , Food effects
  • Journal title
    Advanced Drug Delivery Reviews
  • Serial Year
    2002
  • Journal title
    Advanced Drug Delivery Reviews
  • Record number

    1761119