The objective of the present investigation was to evaluate the potential of gellan gum- low molecular weight chitosan (GG-LMCH) polyelectrolyte complex (PEC) in the form of beads as prolonged release stomach specific floating drug delivery system. PEC beads were prepared in one step, without using any chemical crosslinker, by dropwise addition of GG to a solution of LMCH in acetic acid. Buoyancy to the beads was attributed to the use of CaCO3 . The % buoyancy, encapsulation efficiency and drug release from PEC beads were compared with Ca++ crosslinked GG floating beads prepared under same conditions using rifabutin as model drug. Our finding showed that the PEC beads remained buoyant for up to 8 h and showed significantly better (p ++ cross...
The use of natural polymers in the design of drug delivery formulation has received much attention d...
The main objective of this project is to design a new extended release gastroretentive mutiparticula...
The main objective of this project is to design a new extended release gastroretentive mutiparticula...
The purpose of the present investigation is to study the effect of incorporation of gelucire 39/01 a...
The purpose of the present investigation is to study the effect of incorporation of gelucire 39/01 a...
The purpose of the present investigation is to study the effect of incorporation of gelucire 39/01 a...
The purpose of the present investigation was to prepare gellan-chitosan polyelectrolyte complex bead...
Abstract Background An enteric coating is a multistep technique that involves deposition of a polyme...
Purpose: To formulate rifabutin-loaded floating gel beads for stomach-specific release.Methods: Rifa...
Purpose: To formulate rifabutin-loaded floating gel beads for stomach-specific release. Methods: Rif...
Purpose: To formulate rifabutin-loaded floating gel beads for stomach-specific release. Methods: Rif...
Rifabutin loaded floating gellan gum beads were prepared by Ca++ induced ionotropic gelation in acid...
407-412This study presents development of floating emulsion polyelectrolyte complex (PEC) beads ba...
Rifabutin loaded floating gellan gum beads were prepared by Ca++ induced ionotropic gelation in acid...
Rifabutin loaded floating gellan gum beads were prepared by Ca++ induced ionotropic gelation in acid...
The use of natural polymers in the design of drug delivery formulation has received much attention d...
The main objective of this project is to design a new extended release gastroretentive mutiparticula...
The main objective of this project is to design a new extended release gastroretentive mutiparticula...
The purpose of the present investigation is to study the effect of incorporation of gelucire 39/01 a...
The purpose of the present investigation is to study the effect of incorporation of gelucire 39/01 a...
The purpose of the present investigation is to study the effect of incorporation of gelucire 39/01 a...
The purpose of the present investigation was to prepare gellan-chitosan polyelectrolyte complex bead...
Abstract Background An enteric coating is a multistep technique that involves deposition of a polyme...
Purpose: To formulate rifabutin-loaded floating gel beads for stomach-specific release.Methods: Rifa...
Purpose: To formulate rifabutin-loaded floating gel beads for stomach-specific release. Methods: Rif...
Purpose: To formulate rifabutin-loaded floating gel beads for stomach-specific release. Methods: Rif...
Rifabutin loaded floating gellan gum beads were prepared by Ca++ induced ionotropic gelation in acid...
407-412This study presents development of floating emulsion polyelectrolyte complex (PEC) beads ba...
Rifabutin loaded floating gellan gum beads were prepared by Ca++ induced ionotropic gelation in acid...
Rifabutin loaded floating gellan gum beads were prepared by Ca++ induced ionotropic gelation in acid...
The use of natural polymers in the design of drug delivery formulation has received much attention d...
The main objective of this project is to design a new extended release gastroretentive mutiparticula...
The main objective of this project is to design a new extended release gastroretentive mutiparticula...