| Literature DB >> 35576168 |
Jayne E Hastedt1, Per Bäckman2, Antonio Cabal3, Andy Clark4, Carsten Ehrhardt5, Ben Forbes6, Anthony J Hickey7, Guenther Hochhaus8, Wenlei Jiang9, Stavros Kassinos10, Philip J Kuehl11, David Prime12, Yoen-Ju Son13, Simon Teague14, Ulrika Tehler15, Jennifer Wylie16.
Abstract
For oral drugs, the formulator and discovery chemist have a tool available to them that can be used to navigate the risks associated with the selection and development of immediate release oral drugs and drug products. This tool is the biopharmaceutics classification system (giBCS). Unfortunately, no such classification system exists for inhaled drugs. The perspective outlined in this manuscript provides the foundational principles and framework for a classification system for inhaled drugs. The proposed classification system, an inhalation-based biopharmaceutics classification system (iBCS), is based on fundamental biopharmaceutics principles adapted to an inhalation route of administration framework. It is envisioned that a classification system for orally inhaled drugs will facilitate an understanding of the technical challenges associated with the development of new chemical entities and their associated new drug products (device and drug formulation combinations). Similar to the giBCS, the iBCS will be based on key attributes describing the drug substance (solubility and permeability) and the drug product (dose and dissolution). This manuscript provides the foundational aspects of an iBCS, including the proposed scientific principles and framework upon which such a system can be developed.Entities:
Keywords: PBPK; biopharmaceutics classification system; critical product attributes; iBCS; inhaled drugs; mechanistic modeling; pulmonary drug delivery
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Year: 2022 PMID: 35576168 PMCID: PMC9257742 DOI: 10.1021/acs.molpharmaceut.2c00113
Source DB: PubMed Journal: Mol Pharm ISSN: 1543-8384 Impact factor: 5.364