Edward A Marshall

US Patent:

6461634, Oct 8, 2002

Filed:

Aug 17, 2000

Appl. No.:

09/641614

Inventors:

Edward Marshall - Los Angeles CA 90077

International Classification:

A61K 4700

US Classification:

424439, 424400, 424441, 424484, 424489, 514904, 514905, 514948

Abstract:

A food, or ready-to-drink beverage, delivery system for increasing the production and release of human growth hormone (HGH) for anti-aging effects and/or to improve a condition of HGH deficiency. A food bar, powder, other food forms, or ready-to-drink beverage that contains the full range and optimal dosages of vitamins, minerals, non-prescription hormonal and herbal supplements most desired by individuals who regularly take such supplements from numerous bottles or other packages. HGH stimulation and the above-described supplementation may be delivered for oral ingestion separately or together in the same aliquot, said aliquot providing a pleasant-tasting and convenient snack or mini-meal in addition to the specific HGH stimulation and supplementation. L-glutamine, glycine and melatonin are sufficient to boost HGH up to age 60, and it is preferred to add L-arginine and L-lysine for individuals of age 60 and older. The single food or beverage aliquot makes unnecessary the inconvenient ingestion of numerous pills from numerous bottles, or ill-tasting powders that must be mixed with water.

US Patent:

41373278, Jan 30, 1979

Filed:

May 9, 1974

Appl. No.:

5/468552

Inventors:

Edward M. Marshall - Los Angeles CA

International Classification:

A61K 3116
A61K 31165

US Classification:

424324

Abstract:

In the digestive tract certain nerve endings regulate the release of certain hormones in response to the movement of a quantity of food through the digestive tract. This release of hormones controls the operation of the pancreas in supplying to the intestinal tract certain digestive enzymes which are used in breaking down fats, proteins, and certain complex carbohydrates in the food as the quantity of food passes through the small intestine. It is possible to anesthesize these nerve endings prior to the consumption of such a quantity of food so as to inhibit the release of these hormones. As a consequence of this, a quantity of food moving through the digestive tract past these anesthesized nerve endings will not be subject to the action of these enzymes and will move through the small intestine without such types of materials contributing food energy or calories to the body. This can be utilized to accomplish a reduction in weight or to control weight.