Drugtech Corporation

K.v. Pharmaceutical Company

Janssen Pharmaceutica

Other

Kv Pharmaceuticals Company

Particle Dynamics International, LLC.

Perrigo Pharma International Designated Activity Company

Kv Pharmaceutical Corporation

R Saul Levinson

Mitchell I Kirschner

Robert C Cuca

George N Paradissis

Marc S Hermelin

Thomas C Riley

Keith S Lienhop

Thomas Charles Riley, Jr

J Desmond Davies

Dilip J Gole

Gary Heeter

Denis Stotler

Yury Lagoviyer

Paul K Wilkinson

Patrick Paul Vanek

James Carbone

Mark L Pomeranz

Steven R Freebersyser

Elio Mariani

Ronald S Harland

A pharmaceutical formulation to treat vaginal conditions in a human patient comprises:

Pharmaceutical delivery system

Compositions comprising calcium carbonate and processes for making such compositions are provided. The invention provides a granulation comprising about 95% to about 99% by weight calcium carbonate, about 0.5% to about 5% by weight of a binder and about 0.03% to about 3% by weight of a porosity increasing agent. A pharmaceutical or nutritional composition prepared from such a granulation comprises about 90% to about 99% by weight calcium carbonate, about 0.03% to about 3% by weight of a porosity increasing agent, and about 1% to about 10% by weight of other excipients. The composition provides a smaller tablet than conventional calcium carbonate compositions, for improved ease of swallowing.

Calcium compositions

A pharmaceutical delivery system that releases an active agent in a controlled manner for an extended period in the vaginal cavity to treat or cure ailments associated with the vaginal cavity or proximal areas. The delivery system includes an applicator which is composed of a high internal phase emulsion, allowing the delivery system to adhere to the mueosal surfaces of the body, primarily the lining of vaginal cavity. The delivery system can maintain the high internal phase emulsion at a temperature of 86&#xb0; F. for at least one month, without decomposition or instability of the emulsion.

Delivery system

The present disclosure relates to novel compositions which provide improved nutritional support for premenopausal and menopausal women and/or relief from symptoms associated with menopause, as well as prophylactic effects, and methods for using same.

Formulation for menopausal women

The present disclosure relates to novel nutritional methods and compositions containing essential fatty acids which optimize embryonic, fetal and child neurological development and provide improved nutritional support for women prior to and during lactation. Further the methods and compositions improve gestational length and birth weight. The nutritional methods and compositions are also intended for use by women to optimize infant neurological development and provide improved nutritional support for women prior to, during and after lactation.

Nutritional supplements

The present invention relates to a novel essentially pH neutral vaginal drug delivery system suitable for modified delivery of a therapeutically active material in the vaginal cavity. The vaginal drug delivery system comprises an essentially pH neutral emulsion having globules having two phases, an internal water soluble phase and an external water-insoluble phase or film, wherein the water-soluble interior phase contains a therapeutically active drug or drugs. One novel aspect of the vaginal drug delivery system is that the internal water soluble phase comprises an acidic buffered phase.

Bioadhesive drug delivery system

The efficacy of vitamins and other nutritional agents in treating and preventing various disease states is improved by administering therapeutically effective levels of these agents on a substantially continuous, 24-hour basis. The concentration of lipid peroxides formed by the autoxidation of lipids, and the concentration of oxygen free radicals, are reduced by continuously administering antioxidant agents. The regeneration of nerve tissue is improved by continuously administering at least one pharmaceutically-acceptable B complex vitamin.

Vitamin/nutrient dosage regimentation

The present disclosure relates to novel nutritional compositions containing linoleic acid and/or linolenic acid which optimize child neurological development and provide improved nutritional support for women prior to and during lactation. The nutritional compositions are intended for use by women to optimize infant neurological development and provide improved nutritional support for women prior to, during and after lactation.

The present disclosure relates to novel nutritional compositions and methods for augmenting the possibility of conception while increasing nutritional stores to aid development of healthy embryos and child growth. The nutritional compositions are intended for use by both males and females planning to conceive a child.

Dietary supplement

Multi-vitamin and mineral supplements for administration to non-lactating women, which comprise specific regimens of vitamins and minerals tailored to meet the physiological needs of said women. Methods for optimizing the health of women by providing multi-vitamin and mineral supplements which are specifically tailored to achieve optimal regulation of growth, maintenance and repair of body tissue during specific stages of life with minimal side effects. Methods for formulating a multi-vitamin and mineral supplement that optimize the health of a woman and which comprise identifying life stages which correlate to specific nutritional requirements as a result of varying physiological conditions during a lifetime and selecting specific types and optimal amounts of vitamins and minerals for said life stages.

Multi-vitamin and mineral supplements for women

The present invention relates to a means for creating a mass having structural integrity, including a rapidly disintegratable tablet for administration with or without the use of water. The present invention has a wide variety of different uses and applications. One embodiment is a tablet intended for oral administration. The tablet comprises at least one active ingredient and a mixture of excipients. The excipients provide desired characteristics and physical properties and when the tablet is sintered or heated, excellent tablet binding characteristics are obtained. The tablet is intended primarily for oral administration and dissolves in the presence of water. Also disclosed is a process for the preparation of a rapidly disintegratable tablet for administration with or without the use of water. The process comprising dissolving at least one bulking agent and at least one structural agent in a suitable solvent, wherein the solvent provides high porosity upon drying; spray-drying or dispersing said dissolved mixture to obtain a bead or granulated product; dry blending at least one binding agent, and at least one active ingredient with the bead or granulated product to obtain a preformulation product or adding at least one active ingredient to the preformulation product dissolved or dispersed components before spray-drying or dispersing; compressing the preformulation product; and sintering or heating the preformulation product for a sufficient time and temperature to allow the binding agent to change status or melt and allow the binding agent to resolidify as the temperature is reduced to ambient temperature.

Means for creating a mass having structural integrity

The present inventive subject matter is directed to novel chewable prenatal nutritional supplements which contain vitamin C, as well as novel methods for providing optimal vitamin C supplementation to pregnant women. The present invention is also directed to novel compositions and methods for providing nutritional supplementation to individuals planning to conceive a child.

Nutritional composition

The present invention is directed to novel chewable or dissolvable nutritional supplements for improving the absorption of folic acid in humans and other animals and methods of using said supplements. The nutritional supplements contain folic acid and non-toxic acid neutralizing alkaline compounds in chewable or dissolvable forms.

Growing community of inventors

Chesterfield, MO, United States of America

R Saul Levinson