Keywords
Abstract
The simplest and easiest way of drug administration is oral route. The formulation of poorly soluble compounds for oral delivery at present is one of the most frequent and greatest challenges to formulation scientists in the pharmaceutical industry. The present review relates the solid dispersion technique for bioavailability enhancement of BCS class 4 drug. the dispersion classification in this review give detail idea about the mechanism of drug to be dispersed in the carrier for solubility enhancement with different mechanism of the solubility of drug in biofluids enhancement which helps further in bioavailability enhancement of the drug to minimize dosing frequency and dose. the review also gives detailed methods for solid dispersion preparation with their recent advancement techniques as well as their different evaluation techniques. the review concludes with the suggestion for the scope of the further research with practical limitation of the solid dispersion technique with further study like practical scale up technique and poor flow and compressibility.
Authors (2)
Pande SV
View all publications →Biyani KR
View all publications →Download Article
Best for printing and citation
File size: 0.0 MB
Format: PDF
Download Article
Best for printing and citation
File size: 0.0 MB
Format: PDF
Article Information
Published in:
July 2014 Issue 7 (Vol. 2, Issue 7, 2014)AJPHR207003
AJPHR-20-000003
2014-07-01
Article Impact
Views:3,714
Downloads:2,265
How to Cite
SV & KR (2014). Solid Dispersion: An Effective Approach for Bioavailability Enhancement for Poorly Soluble Drugs. American Journal of Pharmacy and Health Research, 2(7), xx-xx. https://ajphr.com/articles/AJPHR207003
Article Actions
More from this Issue
Cassia auriculata Linn.” A Phytopharmacological Review
P.L.Rajagopal, V.C.Reshmi...Read more →
A Review on Glioblastoma Multiforme (Brain Tumour) -Grade IV Glioma
Gaurav Kumar, Ms Nonita K...Read more →
IMPORTANCE OF EXERCISE NEEDS IN DIABETIC PATIENTS FOR ORAL IMMUNITY
R Surya, Lalitha Shanmuga...Read more →
More by These Authors
Effect of Experimentally-induced Diabetes on the Cerebellum of Albino Rats: A Histological and Histomorphometric Study
2017 • Vol. 5, Issue 11
Read more →
