Posted Date : 03rd Jun, 2023
Publishing in UGC-approved journals offers several advantages, includi...
Posted Date : 03rd Jun, 2023
UGC-approved journals refer to the scholarly journals that have been a...
Posted Date : 09th Sep, 2022
The University of Pune is going to update the ugc care listed journals...
Posted Date : 09th Sep, 2022
IJARESM Publication have various tie ups with many Conference/Seminar ...
Posted Date : 07th Mar, 2022
Call For Papers : LokSanwad Foundation Aurangabad, Maharashtra One Day...
A Research on: Formulation and Evaluation of Osmotic Release Tablet of Glipizide
Author Name : Kunal D. Jadhav, Jitendra V. Shinde, Ankita V. Bhosale, Shital A. Kasture
ABSTRACT
The controlled release systems are generally designed to exert control over drug release on the body, whether it be of a temporal, spatial, or both natures. To put it another way, the system makes an effort to control medication concentration in the tissue or cells.Drug delivery can be divided into three categories: targeted delivery, controlled release, and modulated release. In order to deliver a drug to particular cell types, tissues, or organs, a drug-carrier must be administered systemically. This is known as targeted delivery. Using a delivery system with the goal of releasing the medication into the patient's body at a specified pace, at a set time, or with a set release profile is known as controlled release. The main aim of these research paper is to formulate and evaluate osmotic release tablet of glipizide. We successfully formulate and evaluate six batches of tablet. We observed that batch F5 C is as a optimum batch as it shows 99.50% drug release.FromthebatchesF5A–F5E we have observed that some batches were good at extent of drug release & some batches were good at rate of drug.
Keyword- FTIR, DSC, Osmotic Release, In-Vitro Release, Friability.