A range of 3D printing methods have been investigated intensively in the literature for
manufacturing personalised solid dosage forms, with infill density commonly used to control …

Material extrusionbased additive manufacturing (ME-AM) has been recently adopted by the
pharmaceutical field as a potential method for decentralised small-batch manufacturing of …

Tablets disintegration is often the result of a size expansion of the tablets. In this study, we
quantified the extent and direction of size expansion of tablets during disintegration, using …

Oral solid dosage forms, specifically immediate release tablets, are prevalent in the
pharmaceutical industry. Disintegration testing is often the first step of commercialization and …

Purpose To develop a new direct granule fed 3D printing method for manufacturing
pharmaceutical solid dosage forms with porous structures using a thermal droplet deposition …

The aim of this study was to evaluate the choice of polymer and polymer level on the
performance of the microstructure and wettability of hot-melt extruded solid dispersion of …

Disintegration of immediate release tablets originates from the volume expansion of
disintegrants within the formulation. Here, we study the impact of ethanol on the disintegrant …

This work explores the first use of UV imaging in liquisolid systems. The aim of this study
was to simultaneously measure a model drug propranolol hydrochloride (PPN) release and …

Objective (s): Liqui-Mass technology has shown promising advantages in terms of
commercial production and formulation manipulation. This study attempts to further explore …

A novel controlled drug release system based on pH sensitive polyacrylonitrile (PAN)
nanoflowers in different kinds of solvents was successfully prepared with …