OR WAIT null SECS
February 01, 2008
We are currently experiencing a problem with one of our tablet lines. While the tablets appear white immediately after manufacture, after a time many of the tablets begin to take on a yellowish appearance. Could this be an issue that surface analysis could help resolve?
January 02, 2008
Natural gums and mucilage are biocompatible, cheap, readily available, and represent a potential source of excipients. The authors examine the functionality of mucilage extracted from the leaves of Hibiscus rosa-sinensis Linn as an excipient in a sustained-release tablet formulation.
December 02, 2007
Individualized dosing for specific patient needs has been the goal of medical and pharmacotherapy specialists since they first envisioned pharmacogenetic evaluation. With the measurement of individual levels of metabolism, the optimum dose can be calculated for each individual patient.
The authors analyzed the effects of complexation as well as the levels of ammonium bicarbonate and crospovidone on tablet wetting time (WT), disintegration time (DT), and percent dissolution efficiency at 60 min (%DE60).
November 02, 2007
Natural gums and mucilage have been widely explored as pharmaceutical excipients. The goal of this study was to extract mucilage from the leaves of Aloe barbadensis Miller and to study its functionality as an excipient in pharmaceutical sustained-release tablet formulations.
November 01, 2007
The crystalline structure of pharmaceutical solids can sometimes be altered during processing. X-ray powder diffraction and near infrared spectroscopy can be used to determine the amorphous and crystalline content of a model substance. The two techniques' precision, accuracy, detection limit and the speed of analysis are compared.
October 05, 2007
Ranbaxy received full market approval from the US Food and Drug Admnistration for its anti-infective agent ?Clarithromycin? oral suspension.
September 01, 2007
A new economical method for producing fast-melting lamina-like dosage forms.
This article describes how rapidly disintegrating tablets containing a large quantity of an intensely bitter drug were successfully developed with a suitable level of masking, tablet hardness, disintegration property, dissolution profile and mouth feel.