GARY VAN SAVAGE
Pharmacy in Bridgewater, NJ
License number
New Jersey PHL00096
Category
Pharmacy
Type
Pharmacist Limited (Intern)
Address
Address
Bridgewater, NJ
Professional information
Method For Using A Radiation Cured Drug Release Controlling Membrane
US Patent:
5545442, Aug 13, 1996
Filed:
Jun 5, 1995
Appl. No.:
8/463473
Inventors:
Gary Van Savage - Bridgewater NJ
James M. Clevenger - Glen Gardner NJ
James M. Clevenger - Glen Gardner NJ
Assignee:
Ciba-Geigy Corporation - Tarrytown NY
International Classification:
C08J 704
US Classification:
427513
Abstract:
This invention pertains to cross-linked hydrophilic polymeric films, the process of making such films, and their use. The films of this invention are produced by solubilizing a water-soluble polymer with a photosensitive or light degradable catalyst, optionally drying said solution, and exposing the solution to an energy source, particularly light. These films are suitable for use as a carrier for biologically active agents, such as pharmaceuticals, both human and veterinary, insecticides, and fertilizers; as hydrophilic membranes for separation processes; as bandages for wound treatment; as body implants or as coatings for such implants; and as coatings on glass, metal, wood or ceramics.
Radiation Cured Drug Release Controlling Membrane
US Patent:
5532287, Jul 2, 1996
Filed:
May 4, 1994
Appl. No.:
8/238115
Inventors:
Gary V. Savage - Bridgewater NJ
James M. Clevenger - Glen Gardner NJ
James M. Clevenger - Glen Gardner NJ
Assignee:
Ciba-Geigy Corporation - Tarrytown NY
International Classification:
C08F 246
US Classification:
522 50
Abstract:
This invention pertains to cross-linked hydrophilic polymeric films, the process of making such films, and their use. The films of this invention are produced by solubilizing a water-soluble polymer with a photosensitive or light degradable catalyst, optionally drying said solution, and exposing the solution to an energy source, particularly light. These films are suitable for use as a carrier for biologically active agents, such as pharmaceuticals, both human and veterinary, insecticides, and fertilizers; as hydrophilic membranes for separation processes; as bandages for wound treatment; as body implants or as coatings for such implants; and as coatings on glass, metal, wood or ceramics.