Add to ORKGPulsatile release capsules made of a swellable/ erodible polymer (HPC), prepared by injection molding, were preliminarily evaluated as substrates in coating processes. The feasibility of the process was demonstrated with Eudragit\uae L 30 D-55 by comparing the application of the same coating suspension onto conventional gelatin and HPMC capsules. The gastroresistant capsular devices obtained showed promising results for the development of a time-controlled colonic drug delivery system
In this work, a series of polymeric coating formulations were developed by emulsion polymerization f...
Swellable/erodible devices for pulsatile or time-based colon delivery are designed in the form of a ...
In oral delivery, it is often advantageous to have the onset of drug release delayed for a programma...
Purpose. To evaluate hydroxypropylcellulose (HPC)-based capsular devices prepared by injection moldi...
Capsular devices based on hydroxypropyl cellulose (Klucel\uae LF) intended for pulsatile release wer...
Capsules are a widely used oral dosage form due to their simplicity and ease of manufacture. They ar...
The in vivo release performance of a gastroresistant capsular device based on HPMCAS and prepared by...
Purpose To explore the possibility of preparing by injection molding (IM) a gastroresistant capsular...
Conventional pH-responsive coatings used for oral drug delivery to the lower parts of the gastro-int...
In the present work, the possibility of manufacturing by injection molding (IM) a gastro-resistant c...
International audienceA new type of colon targeting system is presented, combining time-controlled a...
Purpose: a preliminary in vivo evaluation of a gastroresistant (GR) capsular device based on hydroxy...
Swellable/erodible hydroxypropyl cellulose (HPC)-based capsular devices for pulsatile release were p...
The feasibility of injection molding was explored in the preparation of a novel capsular device for ...
Purpose The project here presented concerns the preparation of coated systems in which the targeted ...
In this work, a series of polymeric coating formulations were developed by emulsion polymerization f...
Swellable/erodible devices for pulsatile or time-based colon delivery are designed in the form of a ...
In oral delivery, it is often advantageous to have the onset of drug release delayed for a programma...
Purpose. To evaluate hydroxypropylcellulose (HPC)-based capsular devices prepared by injection moldi...
Capsular devices based on hydroxypropyl cellulose (Klucel\uae LF) intended for pulsatile release wer...
Capsules are a widely used oral dosage form due to their simplicity and ease of manufacture. They ar...
The in vivo release performance of a gastroresistant capsular device based on HPMCAS and prepared by...
Purpose To explore the possibility of preparing by injection molding (IM) a gastroresistant capsular...
Conventional pH-responsive coatings used for oral drug delivery to the lower parts of the gastro-int...
In the present work, the possibility of manufacturing by injection molding (IM) a gastro-resistant c...
International audienceA new type of colon targeting system is presented, combining time-controlled a...
Purpose: a preliminary in vivo evaluation of a gastroresistant (GR) capsular device based on hydroxy...
Swellable/erodible hydroxypropyl cellulose (HPC)-based capsular devices for pulsatile release were p...
The feasibility of injection molding was explored in the preparation of a novel capsular device for ...
Purpose The project here presented concerns the preparation of coated systems in which the targeted ...
In this work, a series of polymeric coating formulations were developed by emulsion polymerization f...
Swellable/erodible devices for pulsatile or time-based colon delivery are designed in the form of a ...
In oral delivery, it is often advantageous to have the onset of drug release delayed for a programma...