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Model predictive in vitro dissolution testing in pharmaceutical continuous manufacturing: An equivalence study

By Atul Dubey1; Su Qinglin; Paul Hermant; Federica Casati; Bhakti Halkude; Wei Wu; Anjana Ramnath; Stephen Born; Salvatore Mascia; Bayan Takizawa

1. USP

Published on

Abstract

A predictive mathematical model for tablet dissolution was developed and implemented in an end-to-end integrated continuous manufacturing pilot plant. The tablets were produced for immediate release with a proprietary extrusion-molding-coating (EMC) unit operation. Besides the mass balance of API solute in the buffer solution, the model consisted of the dissolution, diffusion, and population balance of API particles in the swollen tablet, which was mainly controlled by the swelling and erosion of the polymeric excipient matrix. An equivalence study was investigated by comparing the model prediction to the experiments that were conducted according to USP42-NF37 General Chapter Dissolution, during which the drug dose level was varied in a range from 60 to 80 wt%. Consistent equivalence was demonstrated with the similarity factor f2 > 50 for all sampled tablets. Concluding remarks and industrial perspectives on model predictive in vitro dissolution testing are provided.

Journal

AIChE

DOI

10.1002/aic.18124

Type of publication

Research Article

Affiliations

  • CONTINUUS Pharmaceuticals
  • IMA S.p.A.
  • United States Pharmacopeia

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