| Title |
Date |
Format |
A New Solubilization Formulation for Carvedilol:
Alcohol-Free Microemulsion Formed by Vitamin E-TPGS and Lutrol F-127 |
08/15/2006 |
PDF* (opens in new window) |
|
TIMERx: Novel Polysaccharide Composites for Controlled / Programmed Release of Drugs in the Gastrointestinal Tract |
06/13/2005 |
PDF* (opens in new window) |
Evaluation of a Novel Polysaccharide-based Drug Delivery System in a Dynamic Dissolution Apparatus (TIM) |
06/12/2004 |
PDF* (opens in new window) |
|
Sodium Lauryl Sulfate in Dissolution Media: Adverse Effects on Tablet Disintegration and Drug Release |
10/26/2003 |
PDF* (opens in new window) |
|
Evaluating a Novel Gum-based Drug Delivery System in a Dynamic Dissolution Apparatus |
10/26/2003 |
PDF* (opens in new window) |
|
In-Vivo performance of Chronotherapeutic Drug Delivery System (SyncroDoseT) Using Compression Coating of a Polysaccharide Hydrogel Matrix System |
07/19/2003 |
PDF* (opens in new window) |
Advanced Drug Delivery Technology Infuses New Life into Product Life Cycles
First published in Business Briefing Pharmatech 2002 published by the World Markets Research Centre.
http://www.wmrc.com/ |
10/30/2002 |
PDF* (opens in new window) |
| TIMERx Controlled-Release
Tablets of an Insoluble Drug, Part I, Effect of Formulation
Variables |
10/30/2002 |
PDF* (opens in new window) |
| TIMERx Controlled-Release
Tablets of an Insoluble Drug, Part II, Effect of Manufacturing
Process |
10/30/2002 |
PDF* (opens in new window) |
| Chronotherapeutic Drug Delivery
Using Compression Coating of a Polysaccharide Hydrogel Matrix
System |
06/17/2002 |
PDF* (opens in new window) |
Synergistically Interacting Heterodisperse Polysaccharides
First published in Business Briefing Pharmatech 2001 published by the World Markets Research Centre.
http://www.wmrc.com/ |
10/30/2001 |
PDF* (opens in new window) |
| The Comparison
of Coating Efficiency of an HPMC-Based Film Coating Process
by Two Different Methods - Weight Gain vs. Chemical Marker
Assay |
10/05/2001 |
PDF* (opens in new window) |
| The Osmolarity of The Standard
FDA High Fat Meal and Its Effect On The In Vitro Performance
of A Novel Controlled-Release System |
10/05/2001 |
PDF* (opens in new window) |
| Comparison of USP Apparatuses 2 and 3 in Dissolution
Testing of Immediate-Release/Controlled-Release Bilayer Tablets |
10/05/2001 |
PDF* (opens in new window) |
| The Scale-up and Process Optimization on an Ethylcellulose-based Functional Coating and its Impact
on In-Vitro/In-Vivo Performance of a Novel Controlled Release System (TIMERx) |
06/23/2000 |
PDF* (opens in new window) |
| The Effect of Process Parameters
of a Fluid-Bed Granulation of a Novel Controlled-Release Polymeric
System |
11/09/1999 |
PDF* (opens in new window) |
| The Effect of
Tip-Speed and Thermal Behavior on Wet-Granulation Process
Under Constant Numbers of Rotations of a Novel Controlled-Release
System |
06/20/1992 |
PDF* (opens in new window) |
| The Effect of the Load Volume
on a Novel Controlled-Release System in a High-Shear Granulator |
06/16/1992 |
PDF* (opens in new window) |
