[[abstract]]©1999 Twiche - Preparation of ethylcellulose microcapsules containing theophylline was performed by simple non-solvent addition and emulsion non-solvent addition methods in the presence of polybutadiene or polyisobutylene as a protective colloid. The effects of the protective colloids upon the properties of microcapsules with respect to the size distribution, drug content, ethylcellulose loss and porosity were characterized. The results indicate that, in the presence of an appropriate amount of the protective colloid, the extent of aggregation was reduced and the surface became smoother and less porous. Mononucleated microcapsules were obtained by the emulsion non-solvent addition method in the presence of polyisobutylene. Owing...
8. Amperiadou A, Georgarakis M. Controlled release salbutamol sulphate microcapsules prepared by emu...
The aim of present work was to investigate the influence of plasticizer on the release of theophylli...
Purpose: To formulate theophylline microspheres with cellulose acetate using solvent evaporation me...
ABSTRACT The present study describes the development of theophylline microcapsules by a non-solvent ...
Theophylline sustained release microspheres were prepared by applying the non-solvent addition metho...
The present research work compares the effect of microsphere preparation technique on micromeritics ...
Theophylline sustained release microspheres were prepared by applying the non-solvent addition metho...
ABSTRACT: The aim of this study was to formulate and evaluate microspheres of Terbutaline sulphate (...
The purpose of the research was the preparation of environmentally friendly ethyl cellulose micropa...
The purpose of the research was the preparation of environmentally friendly ethyl cellulose micropa...
The purpose of the research was the preparation of environmentally friendly ethyl cellulose micropa...
[[abstract]]In this study, using emulsion non-solvent phase separation,to f o r m t h e e n c a p s ...
Introduction: The purpose of this investigation was to evaluate microencapsulated controlled release...
In this study, nicardipine hydrochloride (N.HCl) microcapsules were prepared by means of coacervatio...
Indomethacin-loaded microspheres of ethylcellulose were prepared by the emulsion solvent evaporation...
8. Amperiadou A, Georgarakis M. Controlled release salbutamol sulphate microcapsules prepared by emu...
The aim of present work was to investigate the influence of plasticizer on the release of theophylli...
Purpose: To formulate theophylline microspheres with cellulose acetate using solvent evaporation me...
ABSTRACT The present study describes the development of theophylline microcapsules by a non-solvent ...
Theophylline sustained release microspheres were prepared by applying the non-solvent addition metho...
The present research work compares the effect of microsphere preparation technique on micromeritics ...
Theophylline sustained release microspheres were prepared by applying the non-solvent addition metho...
ABSTRACT: The aim of this study was to formulate and evaluate microspheres of Terbutaline sulphate (...
The purpose of the research was the preparation of environmentally friendly ethyl cellulose micropa...
The purpose of the research was the preparation of environmentally friendly ethyl cellulose micropa...
The purpose of the research was the preparation of environmentally friendly ethyl cellulose micropa...
[[abstract]]In this study, using emulsion non-solvent phase separation,to f o r m t h e e n c a p s ...
Introduction: The purpose of this investigation was to evaluate microencapsulated controlled release...
In this study, nicardipine hydrochloride (N.HCl) microcapsules were prepared by means of coacervatio...
Indomethacin-loaded microspheres of ethylcellulose were prepared by the emulsion solvent evaporation...
8. Amperiadou A, Georgarakis M. Controlled release salbutamol sulphate microcapsules prepared by emu...
The aim of present work was to investigate the influence of plasticizer on the release of theophylli...
Purpose: To formulate theophylline microspheres with cellulose acetate using solvent evaporation me...