- Home
- Blog
- News
- Basics
- Sources
- Agencies, Regulatory & Organisations
- CERSI Excipients Browser
- Excipient Report
- Excipient DMF List
- EXCiPACT Certified Companies
- Excipient Documentation
- Excipient EINECS Numbers
- Excipient E-Numbers
- FDA Inactive Ingredient List
- FDA GRAS Substances (SCOGS) Database
- IPEC Americas
- USP - U.S. Pharmacopeia
- Definitions
- Whitepapers / Publications
- Supplier
- Services
- Media
- Events
- 1st pharmaexcipients Poster Award
- Event Calendar
- Events featured by pharma-excipients
- 4th Annual Formulation & Drug Delivery Congress
- DDF Summit
- ExcipientFest Americas
- ExcipientFest Asia
- Global CompliancePanel
- International Conference and Exhibition on Pharmaceutics & Novel Drug Delivery Systems
- Formulation & Drug Delivery USA Congress
- Laboratory Medicine 2018
- Making Pharmaceuticals Europe
- Making Pharmaceuticals Exhibition
- Pharma Integrates
- PharmaExcipients China @CPhI China
- TTC Technology Training Center
- Jobs
- Online Sourcing
- Contact
28. December 2016
Aim: The main objective of the present investigation was to formulate and characterize an oral pulsatile drug delivery system of flurbiprofen, for time dependent release, based on chronomodulated approach for the management of rheumatoid arthritis. Settings and Design: The drug delivery system was designed to deliver the drug with a lag time to release the drug when it could be most needful to patients of rheumatoid arthritis. Materials and Methods: Rapid release core tablets of flurbiprofen...
04. June 2016
Purpose The aim of our study was development of advanced third generation Curcumin self microemulsifying composition solid dispersion (Cur SMEC-SD) with high drug loading, improved stability, rapid in-vitro dissolution and enhanced bioavailability for improved therapy of rheumatoid arthritis. Method The Cur SMEC-SD comprising polymers (KollidonVA64[KVA], Eudragits, HPMC and Soluplus) and self microemulsifying composition of surfactant:co-surfactant:oil were coated onto rapidly disintegrating...