The aim of this study was to investigate the effect of drug solubility on the release behavior
from calcium polysaccharide gel (CaPG)-coated pellets. Three different drugs with similar …

The aim of this study was examine the rehydration, swelling and drug release behavior of
spherical pellets containing theophylline and coated with two different calcium pectinates …

Spherical pellets containing theophylline, calcium acetate and microcrystalline cellulose
were extruded and spheronized, before being coated with six different pectins or alginates …

The aim of this paper was to study the swelling and diffusion behaviors of calcium
polysaccharide gel (CaPG) films prepared by an interfacial complexation technique, a new …

Calcium alginate gel-coated pellets were developed by forming an insoluble gel coat on
extruded–spheronized pellets by interfacial complexation. Experiments were designed to …

The effect of four formulation and processing variables, calcium concentration, drying
condition, concentration of hardening agent and hardening time on the bead properties and …

Drug-loaded calcium pectinate gel (CaPG) beads were prepared by either mixing,
absorption, or swelling method. The effects of drug loading method as well as the drug …

This study aimed to evaluate the potential of applying pectin and chitosan polysaccharides
in pellet formulation. These biopolymers have advantages such as biocompatibility, low …

A conventional method of using drug entrapped in calcium pectinate beads as sustained
release drug delivery systems have long been suffering from too rapid an in-vitro release. An …

The objective of the present study was to investigate the effect of the pellet core materials
isomalt, sugar, and microcrystalline cellulose on the in vitro drug release kinetics of coated …