Vanderbilt University

Lipoprotein Technologies, Inc.

Oxford Biomedical Research, Inc.

Lipoprotein Diagnostics, Inc.

L Jackson Roberts

Jason D Morrow

Eric Hauser Kuhrts

Hyesook Kim

Denis Marc Callewaert

John A Oates

Venkataraman Amarnath

Sean S Davies

Huan Tao

Macrae Linton

Patricia Yancey

The present invention concerns composition, kits and methods for reducing the flushing effect (cutaneous erythema) of an antilipemic drug, for treating hyperlipemia, for improving the effectiveness of an anti-platelet aggregating drug (e.g., in nonresponders) and for treating thrombosis. The present compositions and kits for reducing the flushing effect and for treating hyperlipemia contain an antilipemic drug (such as niacin) and either a sustained release NSAID (such as aspirin) or an NSAID and a carboxylic acid compound other than the NSAID and antilipemic drug. The kits contain (a) pre-dosages of the NSAID and optional carboxylic acid compound and (b) an antilipemic dosage of the antilipemic drug, which optionally may be combined with NSAID and optional carboxylic acid compound in an amount effective to maintain the reduction of the flushing effect. The present method of treating hyperlipemia comprises predosing the patient with a sustained release NSAID or an NSAID and a carboxylic acid compound other than the NSAID and antilipemic drug at least 2 hours before administering the antilipemic drug. The present compositions and kits for increasing the effectiveness of an anti-platelet aggregating drug contain an NSAID such as aspirin, niacin or a congener thereof, and optionally, a carboxylic acid other than the NSAID, such as citric acid.

Compositions, kits and methods for administration of antilipemic drugs

This invention relates to a method to assess food spoilage ex vivo by quantification of prostanoid compounds and their metabolites produced by a noncyclooxygenase free radical catalyzed mechanism.

Method and compositions to detect autooxidation of lipids or fats ex vivo

A method to assess oxidative stress in vivo by measuring the amount of free, esterified and glucuronidated forms of isoprostanes (8EPGF2) in a biological sample which contains the isoprostanes is disclosed. The method further includes determining the amount of total isoprostanes present in the sample. This amount is compared with a control sample. The oxidative stress is determined through the comparison wherein the amount of isoprostanes increase in the sample isolated from an organism undergoing oxidative stress compared to the control. Alternatively the method of the present invention provides for only the measurement of the glucuronidated form wherein the amount of glucuronidated isoprostanes increase in the sample isolated from an organism undergoing oxidative stress compared to the control.

Assessment of oxidative stress in vivo

This invention relates to a method to assess oxidative stress in vivo by quantification of prostaglandin F.sub.2 -like compounds and their metabolites produced by a noncyclooxygenase free radical catalyzed mechanism.

Method and compositions to assess oxidative stress in vivo

The present invention concerns methods for reducing cutaneous flushing in a patient to whom niacin is administered. According to the present method, two or more doses of a nonsteroidal anti-inflammatory drug are administered to a patient prior to administering niacin. Alternatively, the nonstcroidal anti-inflammatory drug can be administered concurrently with niacin administration. The nonstcroidal anti-inflammatory drug can be aspirin, ibuprofen, indomethacin, phenylbutazone, or naproxen. The nonsteroidal anti-inflammatory drug is administered in an amount effective to reduce cutaneous flushing caused by the niacin, and is administered in an amount up to 160 mg for aspirin and ibuprofen, 10 mg for indomethacin, and 100 mg for phenylbutazone and naproxen.

Methods for administration of antilipemic drugs

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Nashville, TN, United States of America

L Jackson Roberts