Abstract: A leg wrap is adapted to wrap around a limb of a person. The wrap includes an elongated flexible body having a first end and a second end opposite the first end along a length of the flexible body. A first fastener is positioned on the flexible body proximate the second end of the flexible body and is adapted to fasten to the flexible body. A flap is positioned between the first end and the second end of the flexible body. The flap has a first end secured to the flexible body and a second end being moveable with respect to the second body. The second fastener is positioned on a flap and adapted to fasten to the flexible body.

Abstract: Formulations and methods for enhancing lipolysis and the suppression of appetite are presented. Currently the preferred embodiment has these formulations as two separate compositions because of taste considerations (the combined taste, currently, is disagreeable). However, it is known that the two separate compositions can be combined into a single delivery systems, such as a drink, bar, gel or other nutritional delivery system known in the arts. The two separate compositions are: 1. compositions comprising substances that enhance oxygen uptake, and 2. a protein supplement composition comprising substances that regulate blood sugar. The overall purpose of this invention is to induce weight loss in as short of time as possible with the least amount of discomfort.

Abstract: There are disclosed compositions for oral administration of a novel pharmaceutical composition, which includes xanthine-based stimulants, various neurotransmitter precursors, minerals, nootropic herbs, and amino acids capable of augmenting the preparation. Also, embodied in these compositions are specific cerebral vasodilators and cognition enhancing neurosteroids.

Abstract: The present invention is directed to a group of linear and cyclic peptides having the structures:

Abstract: Methods and compositions are described which allow for the sublingual absorption of peptides by oral administration. A liquid and a tablet format for the sublingual approach are demonstrated. The peptides are stable at room temperature and in the compositions herein described.