Himedics, Inc.

Schering Corporation

Robert P Giannini

Jose I Suarez

Richard R Chang

Stephen Goodstein

Susan M Fromm

Daniel A Bashour

Charles Hsaio

The invention disclosed is prednisone microencapsulated granules with activity densities greater than about 0.030 g/ml. These granules are unusually small, having diameters less than about 1000 microns. The granules are particularly useful in hand-held flowable material dispensers. A process for manufacturing such granules is also disclosed.

Prednisone microencapsulated granules

The invention disclosed is amoxicillin microencapsulated granules with activity densities greater than about 0.200 g/ml. These granules are unusually small having diameters less than about 1000 microns. The granules optionally have a taste mask coating, and are particularly useful in hand-held flowable material dispensers. A process for manufacturing such granules is also disclosed.

Amoxicillin microencapsulated granules

The invention disclosed is erythromycin microencapsulated granules activity densities greater than about 0.300 g/ml. These granules are unusually small having diameters less than about 1000 microns. The granules are particularly useful in hand-held flowable material dispensers. A process for manufacturing such granules is also disclosed.

Erythromycin microencapsulated granules

A sustained release theophylline containing oral dosage formulation comprising theophylline containing micropellets coated with from about 0.5% to about 2% by weight of a pharmaceutically acceptable water-insoluble film former, preferably ethyl cellulose and having first order release. The formulation is an improvement over theophylline containing micropellets coated with two film formers which have zero order release. The oral dosage formulation has superior non-fasting release and absorption characteristics when compared to the zero order release formulation.

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Plantation, FL, United States of America

Robert P Giannini