Other

Rutgers, the State University of New Jersey

University of Medicine and Dentistry of New Jersey

George Strauss

Suzanne M Gibson

Richard A Harvey

Ralph S Greco

Stanley Z Trooskin

Bruce P Wasserman

Fat-like protein compositions for use in foods and cosmetics comprising a protein of gelatin and a water-soluble albumin, a carbohydrate, and a phospholipid wherein said gelatin, albumin, carbohydrate, and phospholipids are in the form of a water-insoluble complex coacervate, and processes for making the same. Preferred are compositions wherein some or all of the ingredients are optionally crosslinked.

Heat-stable protein microparticles and no-shear process for producing same

Process for producing heat-stable protein microparticles

Heat-stable protein microparticles and no-shear process for producing

Prostheses and implants are provided which have bound liposomes which are freeze-thaw and dehydration stable and which resist infection and thrombosis development in the body. Stabilizing agents are used, including saccharide stabilizing agents. Prosthesis and implant kits are provided which have long shelf stability. Processes for making the prostheses and implants of the invention and for preparing the prostheses and implants for liposome binding are provided.

Prosthesis and implants having liposomes bound thereto and methods of

Provided are fat substitute compositions adapted for use in food. The compositions are stable at temperatures at which foods are normally heated in preparation, such as about 350.degree. F., are in the form of water-insoluble microparticles, and are made from orally ingestible proteins. Also provided are processes for the use and manufacture of the microparticle compositions.

Heat stable fat substitute compositions and process

There is disclosed an improved prosthesis coated, respectively, with an ionic surfactant, an antibiotic and/or antithrombiotic agent and treated with an immobilizing ionic exchange compound, to remove un-antibiotic bound ionic surfactant. The drug may be encapsulated within phospholipid vesicles which are bound to the prosthesis.

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Piscataway, NJ, United States of America

George Strauss