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American Journal of PharmTech Research

Published

Potentials of Inclusion Complex with special Reference to Cyclodextrin

Published in April 2012 Issue 2 (Vol. 2, Issue 2, 2012)

Potentials of Inclusion Complex with special Reference to Cyclodextrin - Issue cover

Abstract

Cyclodextrins, the unique cyclic carbohydrates are successfully utilized as the potential complexing agents which form inclusion complex with insoluble drugs. “Inclusion complex”, this term refers to the dispersion of one or more actives ingredients in an inert carrier or matrix at molecular state. Now a day several drugs molecules are being introduced and many newer techniques have been developed for the formulation of dosage forms but when these drug molecules become more and more complex, sophistication has to find its way in the area of excipients, which are needed to formulate these drug substances optimally. One such versatile adjuvant, tailored with the help of advances in biotechnology and enzyme technology is cyclodextrin. Cyclodextrin are cyclic oligosaccharides which have been recognized as useful pharmaceutical excipients. The molecular structure of these glucose derivatives generates a hydrophilic exterior surface and a non polar cavity interior. Such cyclodextrin can interact with appropriate size drug molecules which lead to the formation of inclusion complexes. A comprehensive literature survey was made collect the rightful utilization of cyclodextrins as complexing, solubility enhancing agents and permeation enhancers. Key words: Inclusion complexes, Cyclodextrins, Excipients, Complexing agent, Hydrophilic exterior surface

Authors (3)

U. K. Patil

Peoples College of Pharmacy an...

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Ranju Pal

Department of Pharmacy, Barkat...

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Kundlik Girhepunje

Peoples College of Pharmacy an...

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Article Information

Article ID:
AJPTR022135
Paper ID:
AJPTR-01-002077
Published Date:
2012-04-01

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Downloads:1,245

How to Cite

K., U., & Pal & Girhepunje (2012). Potentials of Inclusion Complex with special Reference to Cyclodextrin. American Journal of PharmTech Research, 2(2), xx-xx. https://ajptr.scholarjms.com/articles/136

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