A Review for Gastro - Retentive Drug Delivery System

Rutuja Patole, Bharatee Chaware, Vishal Mohite, V. Redasani
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Abstract

Inadequate pharmacokinetic properties may be connected with the widespread use of oral dose forms in disease treatment. Because of the formulation's rapid transit through the gastrointestinal tract (GIT), it can be challenging to achieve therapeutic levels of the medicine in specific situations when it is barely soluble; In addition, some medications must work locally due to a gastric disease, although they only last a short  period in the stomach. Numerous studies have been done to identify formulations that can enhance all of these characteristics while extending stomach residence time. Many orally delivered medications advantageous for from the extended stomach retention time provided by gastroretentive controlled drug delivery systems.With a focus on current methods for extending stomach residence duration, the study's objective was to examine, gather, and present the preceding and contemporary literatures in a shorter format. The current review briefly discusses the need for GRDDS., Pharmaceutical importance’s of GRDDS, Physiology of stomach, Stomach functionalities, Approaches of GRDDS, factors controlling gastric retention, advantages , disadvantages, Method of preparation of Gastro-retentive Multiparticulate system, Polymeric material in gastroretentive formulations, Evaluation of Gastroretentive dosage form,  comparsion between Conventional and Gastroretentive drug delivery system.
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胃保留给药系统综述
药代动力学特性不足可能与广泛使用口服剂型治疗疾病有关。由于制剂在胃肠道(GIT)中的转运速度很快,当药物几乎不溶解时,要在特定情况下达到治疗水平可能具有挑战性;此外,由于胃部疾病,一些药物必须在局部发挥作用,尽管它们在胃中的停留时间很短。为了找出既能增强上述所有特性,又能延长药物在胃中停留时间的配方,人们进行了大量研究。许多口服给药都得益于胃保留给药系统所提供的延长胃保留时间的优势。本研究以当前延长胃保留时间的方法为重点,旨在研究、收集并以较短的篇幅介绍之前和当代的文献。本综述简要论述了胃滞留给药系统的必要性、胃滞留给药系统在制药方面的重要性、胃的生理学、胃的功能、胃滞留给药系统的方法、控制胃滞留的因素、优点、缺点、胃滞留多微粒系统的制备方法、胃滞留制剂中的聚合物材料、胃滞留剂型的评估、传统给药系统与胃滞留给药系统的比较。
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