• Title of article

    Evaluation of a Binary Carrier System for the Dissolution Enhancement of a High Dose Poorly Soluble Drug

  • Author/Authors

    Al-Muhaissen, Suha A. University of Jordan - Faculty of Pharmacy, Jordan , AlKhalidi, Bashar University of Jordan - Faculty of Pharmacy, Jordan , Bustanji, Yasser University of Jordan - Faculty of Pharmacy, Jordan , Aiedeh, Khaled University of Jordan - Faculty of Pharmacy, Jordan , Mohammad, Mohammad K. University of Jordan - Faculty of Pharmacy, Jordan , AlKhatib, Hatim S University of Jordan - Faculty of Pharmacy, Jordan

  • From page
    30
  • To page
    40
  • Abstract
    The role of two surface active carriers, Gelucire® 44/14 and Lutrol® F127, for improvement of solubility and dissolution of the high-dose, poorly water-soluble drug, albendazole, using solid dispersion approach was evaluated. The solubility of albendazole in solutions of the studied carriers and binary mixtures showed improvement, with solutions containing higher percentages of Lutrol® F127 as best solvents. Albendazole was then incorporated in matrices made of either carrier alone or mixtures of the two carriers at different ratios using a melting procedure. The resulting particles were compressed into tablets. In vitro dissolution of particles and tablets showed fast dissolution. Increased wettability of albendazole by the carriers and formation of partial solid solutions of it in the carrier system were shown to be the mechanisms of the improvement in its dissolution
  • Keywords
    Albendazole , Gelucire® , Lutrol® , solid dispersions , dissolution enhancement , pharmaceutical tablets
  • Journal title
    Jordan Journal of Pharmaceutical Sciences
  • Journal title
    Jordan Journal of Pharmaceutical Sciences
  • Record number

    2587108