The ability of a hydrogel obtained by crosslinking INUDV and PEGBa to facilitate sustained release of flutamide is examined. The hydrogel is prepared in pH = 7.4 PBS and no toxic solvents or catalysts are used. It is recovered in microparticulate form and its size distribution is determined. Mucoadhesive properties are evaluated in vitro by reproducing gastrointestinal conditions. Flutamide is loaded into the hydrogel using a post-fabrication encapsulation procedure that allows a drug loading comparable to that of market tablets. Drug-loaded microparticles are orally administered to cross-bred dogs and the in vivo study demonstrates their ability to prolong the half-life of the principal active metabolite approximately threefold and to sign...
The study investigated usage of hydrogel of an anionic polymer xanthan gum for design of ibuprofen-l...
The aim of the current investigation was to prepare and characterize the novel pH-sensitive hydrogel...
This work was aimed at preparing and evaluating a physically crosslinked hydrogel for the controlled...
The ability of a hydrogel obtained by crosslinking INUDV and PEGBa to facilitate sustained release o...
The application of controlled release technology to oral drug delivery has had minimal success due t...
PURPOSE: To characterize methacrylated inulin hydrogels with respect to their release properties. ME...
Inulin hydrogels have been developed as potential new carriers for colonic drug targeting. Since sit...
In this work, INU, a natural polysaccharide, has been chemically modified in order to obtain new pho...
Succinic derivatives of inulin (INU-SA) with two different degrees of derivatization (20% and 30%, m...
Different types of hydrogels consisting of either methacrylated inulin (MA-IN) or a mixture of metha...
In this work, INU, a natural polysaccharide, has been chemically modified in order to obtain new pho...
The present paper describes the synthesis and characterisation of new hydrogel systems designed for ...
Inulin’s unique and flexible structure, stabilization/protective effects, and organ targeting abilit...
TMC240 is a very poorly soluble and poorly permeating HIV protease inhibitor. In order to enhance it...
Hydrogels are among the most common materials used in drug delivery, as polymeric micelles are too. ...
The study investigated usage of hydrogel of an anionic polymer xanthan gum for design of ibuprofen-l...
The aim of the current investigation was to prepare and characterize the novel pH-sensitive hydrogel...
This work was aimed at preparing and evaluating a physically crosslinked hydrogel for the controlled...
The ability of a hydrogel obtained by crosslinking INUDV and PEGBa to facilitate sustained release o...
The application of controlled release technology to oral drug delivery has had minimal success due t...
PURPOSE: To characterize methacrylated inulin hydrogels with respect to their release properties. ME...
Inulin hydrogels have been developed as potential new carriers for colonic drug targeting. Since sit...
In this work, INU, a natural polysaccharide, has been chemically modified in order to obtain new pho...
Succinic derivatives of inulin (INU-SA) with two different degrees of derivatization (20% and 30%, m...
Different types of hydrogels consisting of either methacrylated inulin (MA-IN) or a mixture of metha...
In this work, INU, a natural polysaccharide, has been chemically modified in order to obtain new pho...
The present paper describes the synthesis and characterisation of new hydrogel systems designed for ...
Inulin’s unique and flexible structure, stabilization/protective effects, and organ targeting abilit...
TMC240 is a very poorly soluble and poorly permeating HIV protease inhibitor. In order to enhance it...
Hydrogels are among the most common materials used in drug delivery, as polymeric micelles are too. ...
The study investigated usage of hydrogel of an anionic polymer xanthan gum for design of ibuprofen-l...
The aim of the current investigation was to prepare and characterize the novel pH-sensitive hydrogel...
This work was aimed at preparing and evaluating a physically crosslinked hydrogel for the controlled...