The objective of this study is to select a multiple-unit sustained-release formulation and to
compare it with both commercial immediate and single unit sustained-release capsules and …

Indomethacin (IDM) was encapsulated in gelatin-cellulose acetate phthalate (CAP)
microcapsules (A) by complex coacervation method and in CAP microcapsules (B) by …

Extended release liphophilic microspheres of indomethacin were prepared using cetostearyl
alcohol (CsA), stearyl alcohol (SA) and cetyl alcohol (CA) in the various drug–lipid ratios …

Microspheres containing indomethacin were prepared with various combinations of
polymers Eudragit RS and Eudragit L. The effects of different ratios of polymers, solvent …

The major aims of the present study were (1) to select a multiple-unit formulation that
matched the in vitro dissolution profile of single-unit sustained-release commercial …

The aim of this study was to formulate sustained release (SR) suppositories containing
indomethacin (IND) microspheres. In the first part of the study, IND microspheres were …

A new oral controlled-release drug delivery system was developed with two polymers using
a multiple-emulsification technique. Powdered drug was dispersed in methyl cellulose sol …

Indomethacin microspheres based on a combination of ethylcellulose and
polyethyleneglycol were prepared using the solvent evaporation process. Release profiles …

Indomethacin-loaded microspheres of ethylcellulose were prepared by the emulsion solvent
evaporation technique. The aim of this work was to investigate the influence of process …

The effects of the core to colloid wall ratio and particle size of the core on the in vitro release
of indomethacin microcapsules prepared by the gelatin‐acacia complex coacervation …