MODIFIED RELEASE DRUG DELIVERY SYSTEM: CONCEPT AND SYSTEM DESIGN OF RATE-CONTROLLED DRUG DELIVERY SYSTEM

Authors

  • Ankit Singh Assistant Professor, Department of Pharmacy, Advance institute of biotech and paramedical sciences, NH 91, Pargahi Bangar, Kalyanpur, Kanpur, Uttar Pradesh 209217
  • Dakshina Gupta Assistant Professor, Department of Pharmacy, Advance institute of biotech and paramedical sciences, Naramau kanpur NH 91, Pargahi Bangar, Kalyanpur, Kanpur, Uttar Pradesh 209217
  • Saurabh Singh Assistant Professor, Department of Pharmacy, Dayanand Dinanath College Institute of Pharmacy, Ramaipur, Kanpur, Uttar Pradesh 209214

Keywords:

Conventional tablet, Sustained release, Controlled release, Polymer, Matrix tablet.

Abstract

Purpose-Among the various routes of drug delivery oral route is most preferred route. But conventional dosage form offers few limitations which could be resolved by modifying the existing dosage form. Sustained and controlled drug delivery system helps in maintaining of constant plasma drug concentration and retards the release rate of drug thereby extending the duration of action. There are various formulation strategies for sustained release tablets among which matrix tablet serves as an important tool. Hence the problem like poor patient compliance, multiple dosing, see-saw fluctuations can be easily minimized. Matrix tablets can be formulated by either direct compression or wet granulation method by using a variety of hydrophilic or hydrophobic polymers. The rate of drug release from the matrix is primarily governed by rate and extent of water penetration, swelling of polymer, dissolution and diffusion of drug.

Conclusion- Thus, sustained release matrix tablet can offer better patient compliance and could be quite helpful in treatment of chronic diseases. The present article concentrates on oral sustained release tablets with a special emphasis on matrix tablet.

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Published

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How to Cite

Ankit Singh, Dakshina Gupta, & Saurabh Singh. (2022). MODIFIED RELEASE DRUG DELIVERY SYSTEM: CONCEPT AND SYSTEM DESIGN OF RATE-CONTROLLED DRUG DELIVERY SYSTEM. EPRA International Journal of Multidisciplinary Research (IJMR), 8(4), 145–149. Retrieved from http://eprajournals.net/index.php/IJMR/article/view/303