6533b7dcfe1ef96bd1271e79

RESEARCH PRODUCT

In vivo methods for drug absorption - comparative physiologies, model selection, correlations with in vitro methods (IVIVC), and applications for formulation/API/excipient characterization including food effects.

Hans LennernäsRené HolmTalia FlanaganP. ZaneChrister TannergrenMichael B. BolgerChristian HeinenMarlies KubbingaDieter BeckerMai Anh NguyenAchiel Van PeerAnders LindahlSibylle NeuhoffMarcus E. BrewsterBertil AbrahamssonPeter LangguthViera LukacovaChristos ReppasErik SjögrenWerner WeitschiesAmin Rostami HodjeganPatrick AugustijnsUwe MünsterHans-paul JuretschkeClive G. WilsonMatthew D HarwoodJoachim Brouwers

subject

Physiologically based pharmacokinetic modellingChemistry PharmaceuticalPharmaceutical ScienceExcipientAdministration OralComputational biologyPharmacologyPharmaceutical formulationModels BiologicalIntestinal absorptionDosage formBiopharmaceuticsExcipientsFood-Drug InteractionsIVIVCSpecies SpecificityIn vivomedicineAnimalsHumansPharmacokineticsPharmaceutical sciencesChemistryReproducibility of ResultsGastrointestinal TractIntestinal AbsorptionPharmaceutical PreparationsModels AnimalGastrointestinal Motilitymedicine.drug

description

This review summarizes the current knowledge on anatomy and physiology of the human gastrointestinal tract in comparison with that of common laboratory animals (dog, pig, rat and mouse) with emphasis on in vivo methods for testing and prediction of oral dosage form performance. A wide range of factors and methods are considered in addition, such as imaging methods, perfusion models, models for predicting segmental/regional absorption, in vitro in vivo correlations as well as models to investigate the effects of excipients and the role of food on drug absorption. One goal of the authors was to clearly identify the gaps in today's knowledge in order to stimulate further work on refining the existing in vivo models and demonstrate their usefulness in drug formulation and product performance testing.

10.1016/j.ejps.2014.02.010https://pubmed.ncbi.nlm.nih.gov/24637348