Pellet

Introduction Weakly Basic Drugs and the Role of Acidic Microenvironments Weakly basic drugs benefit from acidic environments. These drugs represent...

CELLETS® in modern pharmaceutical formulations play a central role in multiparticulate drug delivery systems. Today, developers demand excipients that do...

See the new book, edited by Hannah Batchelor and Klaus Rose. Pediatric Formulations A Roadmap   Written in cooperation with...

Introduction to Micro environmental pH-Modulated Dissolution Micro environmental pH-modulated dissolution describes an approach in controlled oral drug delivery where the...

Overview of Functional Core Use in Drug Delivery A tartaric acid starter core for extended release formulations serves as a functional nucleus...

Abstract Introduction Fungal infections are common in tropical regions like India, with Candida albicans being a major causative agent. Ketoconazole, a broad-spectrum...

Oral Solid Dosage Forms (OSDFs) like tablets and capsules continue to serve as the cornerstone of pharmaceutical drug delivery, valued...

Introduction to Different Pelletization Techniques and Their Functionality in Drug Formulations Different pelletization techniques form a core part of pharmaceutical...

Drug-Layering Core Pellets Overview Drug-layering core pellets use Wurster fluidized bed technology, also called bottom-spray coating, which remains the most preferred...

Abstract The pharmaceutical industry is increasingly adopting co-processed excipients as alternatives to conventional excipients in tablet manufacturing despite certain regulatory...