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        • Prof. B. Griffin
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      • Researchers >
        • Niklas Köhl (ESR1)
        • Felix Ditzinger (ESR 2)
        • Daniel Price (ESR 3)
        • Georgia Tsakiridou (ESR 4)
        • Sandra Jankovic (ESR 5)
        • Chara Litou (ESR 6)
        • Christina Pentafragka (ESR 7)
        • Rafael Leal Monteiro Paraiso (ESR 8)
        • Laura Henze (ESR 9)
        • Patrick O'Dwyer (ESR 10)
        • Marina Statelova (ESR 11)
        • Mariana Guimarães (ESR 12)
        • Ioannis Loisios-Konstantinidis (ESR 13)
        • Alexandra-Roxana Ilie (ESR 14)
        • Angela Effinger (ESR 15)
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        • Prof. Carla Caramella
        • Dr. Paul Dickinson
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        • Dr. Susanne Keitel
        • Dr. Mehul Mehta
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  • PEARRL Project
    • Beneficiaries
    • Partner Organisation
    • People >
      • Supervisors >
        • Prof. B. Griffin
        • Prof. M. Kuentz
        • Dr. C. Saal
        • Dr. L. Kalantzi
        • Dr. E. Kostewicz
        • Prof. C. Reppas
        • Prof. J. Dressman
        • Dr. N. Fotaki
        • Dr. R. Holm
        • Dr. M. Vertzoni
        • Dr. K. Box
        • Prof. C. O'Driscoll
      • Researchers >
        • Niklas Köhl (ESR1)
        • Felix Ditzinger (ESR 2)
        • Daniel Price (ESR 3)
        • Georgia Tsakiridou (ESR 4)
        • Sandra Jankovic (ESR 5)
        • Chara Litou (ESR 6)
        • Christina Pentafragka (ESR 7)
        • Rafael Leal Monteiro Paraiso (ESR 8)
        • Laura Henze (ESR 9)
        • Patrick O'Dwyer (ESR 10)
        • Marina Statelova (ESR 11)
        • Mariana Guimarães (ESR 12)
        • Ioannis Loisios-Konstantinidis (ESR 13)
        • Alexandra-Roxana Ilie (ESR 14)
        • Angela Effinger (ESR 15)
      • Scientific Advisory Board >
        • Prof. Carla Caramella
        • Dr. Paul Dickinson
        • Dr. Andrea Edginton
        • Dr. Susanne Keitel
        • Dr. Mehul Mehta
    • PEARRL Wiki >
      • FAQ
      • Glossary
  • Research
    • Workplan
    • WP1: Bio-enabling formulations
    • WP2: Biopharmaceutical tools
    • WP3: In silico methods
    • Results >
      • Scientific Publications
      • Conference Contributions
      • InfoPEARRLs
      • Media
  • Training
    • Local
    • Network-wide
    • PEARRL Online Learning Portal
    • Member Area
  • News
  • Events & Meetings
    • Webinar: Regulatory Science Apprentice
    • Annual Meeting 2019
    • Model Informed Drug Development Symposium 2019
    • Annual Meeting 2018
    • Regulatory Science Symposium 2018
    • Annual Meeting 2017
    • Regulatory Science Symposium 2017
    • PEARRL Calendar
    • International Conferences

Bio-enabling formulations

Bio-enabling formulations are drug delivery technologies specially designed to expedite the release and subsequently absorption of poorly soluble drugs. Without a bio-enabling formulation, most drugs in today’s pipeline – it has been estimated that over 90% of drugs in development are poorly soluble – would be ineffective if given orally, simply because not enough of the dose would be absorbed to achieve a therapeutic response.
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This project has received funding from the European Union’s Horizon 2020 Research and Innovation Programme under grant agreement No 674909.
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