The pelletization process was first introduced in 1948, when the first product was released. This preformed dosage form is becoming more and more popular due to its very beneficial use, such as the simplicity of filling capsules due to its better flowability than that of ideal round pellets, increase drug clearance, analysis, ease of use; Permanent, controlled or site-specific drug delivery from layered pellets; Smooth packaging; Uniform distribution in the digestive tract; Irritation of the gastrointestinal tract is weak. Pellet compositions include a variety of methods, including drug stratification, spray drying, spraying, granulating, hot melt extrusion and low spheroidizing extruded spherical materials from unmodified sugar (starch or ...
textMelt-extrusion is an efficient, continuous and solvent-free process that has been studied to pre...
Pelletised dosage forms can be prepared by different methods which, in general, are time consuming ...
A study on the influence of formulation and processing factors on the mechanical properties of pelle...
Multiparticulate drug delivery systems like pellets, granules, micro particles, minitablets etc., pr...
Pellets possess major therapeutic and technical advantages which makes them as an exceptionally usef...
This review article deals with the various pelletization techniques utilized in the pharmaceutical i...
The present study aims at discussing the potential advantages of multiple unit dosage forms (pellets...
Multiple unit-controlled release dosage forms offer various advantages over their single unit counte...
Multi-particulate tablets have the advantages of pellets and those of tablets. Formulation studies w...
The goal of the present study was to evaluate the influence of the formulation and operating conditi...
AbstractThis review article deals with various aspects of the extrusion–spheronization technique. Th...
ABSTRACT At present time pharmaceutical research and development showing its interest on drug delive...
Pelletization is an agglomeration process which converts fine granules or powders of bulk drugs into...
Oral multiparticulate drug system (e.g. pellets, granules) in comparison to single unit dosage form ...
Pelletised dosage forms can be prepared by different methods which, in general, are time consuming a...
textMelt-extrusion is an efficient, continuous and solvent-free process that has been studied to pre...
Pelletised dosage forms can be prepared by different methods which, in general, are time consuming ...
A study on the influence of formulation and processing factors on the mechanical properties of pelle...
Multiparticulate drug delivery systems like pellets, granules, micro particles, minitablets etc., pr...
Pellets possess major therapeutic and technical advantages which makes them as an exceptionally usef...
This review article deals with the various pelletization techniques utilized in the pharmaceutical i...
The present study aims at discussing the potential advantages of multiple unit dosage forms (pellets...
Multiple unit-controlled release dosage forms offer various advantages over their single unit counte...
Multi-particulate tablets have the advantages of pellets and those of tablets. Formulation studies w...
The goal of the present study was to evaluate the influence of the formulation and operating conditi...
AbstractThis review article deals with various aspects of the extrusion–spheronization technique. Th...
ABSTRACT At present time pharmaceutical research and development showing its interest on drug delive...
Pelletization is an agglomeration process which converts fine granules or powders of bulk drugs into...
Oral multiparticulate drug system (e.g. pellets, granules) in comparison to single unit dosage form ...
Pelletised dosage forms can be prepared by different methods which, in general, are time consuming a...
textMelt-extrusion is an efficient, continuous and solvent-free process that has been studied to pre...
Pelletised dosage forms can be prepared by different methods which, in general, are time consuming ...
A study on the influence of formulation and processing factors on the mechanical properties of pelle...