Microcrystalline Cellulose

Abstract Quantitative characterization of surface and interfacial properties is important for understanding the behavior of pharmaceutical powders, but conventional approaches...

MCC pellets under rheological investigation are ideal model spheres for studying powder behavior. In this study, we revisit the work...

Abstract Tablet strength is derived from particle interactions characterized by bonding area and bonding strength. These quantities should be considered...

Abstract Multiparticulate formulations based on pellets, granules or beads, could be advantageous for paediatrics, geriatrics and patients with swallowing difficulties....

Executive Summary: Formulating high-dose active pharmaceutical ingredients (APIs) often introduces severe technical hurdles, including tablet hardness, capping, and high compactibility....

Abstract Tablet capping is a critical manufacturing defect whose early prediction is essential to prevent product failures and process interruptions....

Abstract The development of enteric multiparticulate systems requires precise control of coating architecture and release behavior to ensure consistent in...

Abstract Co-processed excipients (CPEs) are widely used in direct compression formulations to improve powder flowability and the tensile strength of...

Lille, France, September 30, 2026 Roquette will showcase its end-to-end portfolio of pharmaceutical excipients, drug delivery solutions and leading technical...

Abstract Disintegrant performance in insoluble, poorly disintegrating matrices is strongly influenced by how the excipients are assembled at the granule...