ORAL CONTROLLED RELEASE MATRIX FORMULATION DESIGN AND THEIRRATE CONTROLLING FACTORS

The trend of formulation development of controlled release (CR) matrix drug delivery system has been increased to many folds during the last few years. Such CR dosage forms are now considered to be more effective than conventional immediate release dosage formulations due to avoidance of frequent d...

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Main Author: Maria Ashfaq et al
Format: Article
Language:English
Published: Baqai University Press 2024-10-01
Series:Baqai Journal of Health Sciences
Online Access:https://journals.baqai.edu.pk/index.php/CS/article/view/100
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author Maria Ashfaq et al
author_facet Maria Ashfaq et al
author_sort Maria Ashfaq et al
collection DOAJ
description The trend of formulation development of controlled release (CR) matrix drug delivery system has been increased to many folds during the last few years. Such CR dosage forms are now considered to be more effective than conventional immediate release dosage formulations due to avoidance of frequent dose administration with precise drug release over an extended time period. A properly formulated matrix based system also offers targeted delivery to a selected organ/tissue where the drug release is controlled at a specific rate. Development of matrix-based tablets with persistent drug release has always been a challenge to the pharmaceutical manufacturers owed to various biological, physicochemical and release limiting factors. In this review, different types of matrix-based systems are discussed in detail. Parameters that greatly influence the release of active pharmaceutical ingredient (API) from the matrix design and would eventually affect the overall performance of such products are also been highlighted
format Article
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institution Kabale University
issn 2312-4423
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publisher Baqai University Press
record_format Article
series Baqai Journal of Health Sciences
spelling doaj-art-6a570a0e58b44abcab37bcd2002079e62025-02-11T18:45:37ZengBaqai University PressBaqai Journal of Health Sciences2312-44232312-68842024-10-01211ORAL CONTROLLED RELEASE MATRIX FORMULATION DESIGN AND THEIRRATE CONTROLLING FACTORSMaria Ashfaq et al The trend of formulation development of controlled release (CR) matrix drug delivery system has been increased to many folds during the last few years. Such CR dosage forms are now considered to be more effective than conventional immediate release dosage formulations due to avoidance of frequent dose administration with precise drug release over an extended time period. A properly formulated matrix based system also offers targeted delivery to a selected organ/tissue where the drug release is controlled at a specific rate. Development of matrix-based tablets with persistent drug release has always been a challenge to the pharmaceutical manufacturers owed to various biological, physicochemical and release limiting factors. In this review, different types of matrix-based systems are discussed in detail. Parameters that greatly influence the release of active pharmaceutical ingredient (API) from the matrix design and would eventually affect the overall performance of such products are also been highlighted https://journals.baqai.edu.pk/index.php/CS/article/view/100
spellingShingle Maria Ashfaq et al
ORAL CONTROLLED RELEASE MATRIX FORMULATION DESIGN AND THEIRRATE CONTROLLING FACTORS
Baqai Journal of Health Sciences
title ORAL CONTROLLED RELEASE MATRIX FORMULATION DESIGN AND THEIRRATE CONTROLLING FACTORS
title_full ORAL CONTROLLED RELEASE MATRIX FORMULATION DESIGN AND THEIRRATE CONTROLLING FACTORS
title_fullStr ORAL CONTROLLED RELEASE MATRIX FORMULATION DESIGN AND THEIRRATE CONTROLLING FACTORS
title_full_unstemmed ORAL CONTROLLED RELEASE MATRIX FORMULATION DESIGN AND THEIRRATE CONTROLLING FACTORS
title_short ORAL CONTROLLED RELEASE MATRIX FORMULATION DESIGN AND THEIRRATE CONTROLLING FACTORS
title_sort oral controlled release matrix formulation design and theirrate controlling factors
url https://journals.baqai.edu.pk/index.php/CS/article/view/100
work_keys_str_mv AT mariaashfaqetal oralcontrolledreleasematrixformulationdesignandtheirratecontrollingfactors