Cynthia Gulian - Lansdale PA, US Kishor B. Parekh - Horsham PA, US Joseph M. Morris - Coatesville PA, US Thomas J. Markley - North Wales PA, US Dennis C. Wieand - Coopersburg PA, US Gerard P. McNally - Berwyn PA, US Christopher Szymczak - Marlton NJ, US
Water soluble, gelatin-free dip coatings for pharmaceutical solid dosage forms such as tablets comprising HPMC and xanthan gum, carrageenan, and mixtures thereof, or HPMC and castor oil or maltodextrin.
Cynthia Gulian - Lansdale PA, US Walter Gowan - Woodstock GA, US Kishor Parekh - Horsham PA, US Joseph Morris - Coatesville PA, US Thomas Markley - North Wales PA, US Dennis Wieand - Coopersburg PA, US Gerard McNally - Berwyn PA, US
International Classification:
C08L001/26
US Classification:
106/162800
Abstract:
Water soluble, gelatin-free dip coatings for pharmaceutical solid dosage forms such as tablets comprising HPMC and xanthan gum, carrageenan, and mixtures thereof, or HPMC and castor oil or maltodextrin.
Douglas Beyerle - Lansdale PA, US John Dubek - Philadelphia PA, US Gerard McNally - Berwyn PA, US Donald Hasenmayer - North Wales PA, US John Case - Perkasie PA, US Abbie Gentry - Horsham PA, US Indu Shah - North Wales PA, US
The invention relates to heat stable liquid antacid and/or antigas preparations capable of being pasteurized in the temperature range of 60-100 C. comprising one or more acid neutralizing and/or antigas compounds in an aqueous liquid suspension consisting essentially of hydroxyethylcellulose as a suspending agent.
Joseph R. Luber - Quakertown PA Glenn Madison - Lansdale PA Gerard McNally - Strafford PA
Assignee:
McNeil-PPC, Inc. - Skillman NJ
International Classification:
A61K 916 A61K 920 A61K 948 A61K 950
US Classification:
424452
Abstract:
The invention relates to antifoam oral solid dosage form preparations formed from a free flowing granular composition comprising an admixture of simethicone and either one or both of granular anhydrous tribasic calcium phosphate or dibasic calcium phosphate wherein the admixture is a uniform granular composition of not more than 1000 micron particle size which is suitable for compression into a solid dosage form for oral administration.
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