• Title of article

    Cyclodextrins: Concept to applications, regulatory issues and challenges

  • Author/Authors

    Mohammad, Azeez School of Pharmacy and Medical Sciences - Singhania University - Pacheri Bari - Jhunjhunu - Rajasthan-333 515 - India , Singh, Sumer School of Pharmacy and Medical Sciences - Singhania University - Pacheri Bari - Jhunjhunu - Rajasthan-333 515 - India , Swain, Suryakanta Southern Institute of Medical Sciences - College of Pharmacy - SIMS Group of Institutions - Mangaldas Nagar - Vijyawada Road - Guntur-522 001 - Andhra Pradesh - India - School of Health Sciences - Department of Pharmaceutical Sciences - The Assam Kaziranga University - Koraikhowa - NH 37 - Jorhat-785006 - Assam - India

  • Pages
    13
  • From page
    202
  • To page
    214
  • Abstract
    Background: Solubility properties of drugs intensify a crucial role during the formulation development process. Water solubility is one of the utmost important factor concerning drug bioavailability analysis. Cyclodextrins are supportive, competent excipients, required an ever-rising way to disguise unwanted pharmaceutical characteristics, exclusively poor aqueous solubility. Main Text: CDs are actively useful in medicinal industries for copious purposes, including improving drug solubility, safety, physicochemical stability, and bioavailability. Different solubility enhancement methods can resolve several approaches to trouble insolubility. Conclusions: Among all, the reported CDs complexation technique has been incorporated as one of the essential and imperative concepts to enhances the solubility, permeability, dissolution rate, and bioavailability of drugs. This review discusses some of the outcomes and broad solicitations of CDs and their derivatives in various drug delivery systems. This review also addresses the aspects regarding the new CD-based therapeutics, possible future uses and issues, and regulatory perspective in the modern scenario.
  • Keywords
    β-cyclodextrin , Characterization , Phase Solubility Analysis , Applications , Regulatory Status
  • Journal title
    Nanomedicine Research Journal
  • Serial Year
    2020
  • Record number

    2520225