Biopolymerix, Inc.

Surfacine Development Company, LLC

Svip5 LLC

Other

Cadco Corporation

Biopolymerix and Surfacine Development Company

Shalon Ventures, Inc.

Biopolymerix, Inc., C/o Biocompatibles, Ltd.

Samuel P Sawan

Tadmor Shalon

Sean S Cahill

Sundar Subramanyam

Alexander Yurkovetskiy

Daniel Jacobs

Herbert W Horne, Jr

Harli M Dollinger

Scott Wetenkamp

Norman Sokoloff

Daniel Jacob

Sundar Subramanyan

Particles of an organic acid salt of an amino acid amide or ester local anesthetic are employed as agents for the improved alleviation of pain. Particularly, the particles find use with surgically created wounds, where the particles may be administered directly into the bed of the wound or topically for transdermal transport.

Slow release of organic salts of local anesthetics for pain relief

Contact killing antimicrobial articles, devices and formulations are described which kill microorganisms on contact. The articles, devices or formulations contain a non-leaching antimicrobial material which is a unique combination of an organic matrix having biocidal metallic materials non-leachably associated with the matrix. The antimicrobial material may used to form an antimicrobial coating or layer on a surface of the article or device, or may be dispersed in a vehicle or carrier to form a topical antiseptic or disinfectant, or solid shape having contact killing antimicrobial properties. When a microorganism contacts the article, device, or formulation, the biocidal metallic material is transferred to the microorganism in amounts sufficient to kill it.

Contact-killing antimicrobial devices

An antimicrobial material is described which can be used to form on the surface on a substrate a non-leaching antimicrobial coating or layer which kills microorganisms on contact. The non-leaching antimicrobial coating or layer is a unique combination of an organic matrix immobilized on the surface of the substrate to having biocidal metallic materials non-leachably associated with the matrix. When a microorganism contacts the coating or layer, the biocidal metallic material is transferred to the microorganism in amounts sufficient to kill it. Methods of applying the coating or layer to a substrate also are provided.

Contact-killing non-leaching antimicrobial materials

The present invention relates to a composition that, when applied to a substrate, forms an adherent, transparent, water insoluble polymeric film on the substrate surface that provides sustained antimicrobial disinfecting action for prolonged periods, without the necessity for reapplication. The coating provides surface disinfecting action by a contact-killing mechanism, and does not release its components into contacting solutions at levels that would result in solution disinfection. The polymeric film formed by the composition of the invention can be removed by treatment with dilute alcoholic base.

Disinfectant composition providing sustained residual biocidal action

An antimicrobial material comprising an antimicrobial metallic material and a biguanide polymer reacted with a crosslinker to form an adduct is described. Both freestanding antimicrobial materials and antimicrobial films are provided. The antimicrobial material does not release biocidal levels of leachables into a contacting solution.

Non-leaching antimicrobial films

Antimicrobial liquid compositions and methods for using them

An antimicrobial material is described which can be used to form on the surface on a substrate a non-leaching antimicrobial coating or layer which kills microorganisms on contact. The non-leaching antimicrobial coating or layer is a unique combination of an organic matrix immobilized on the surface of the substrate to having biocidal metallic materials non-leachably associated with the matrix. When a microorganism contacts the coating or layer, the biocidal metallic material is transferred to the microorganism in amounts sufficient to kill it.

A liquid dispenser for dispensing sterile liquid comprising a container for storing the sterile liquid, a nozzle assembly mounted on the container, and a filter which has at least one surface and a plurality of its pores coated with a metallic material, e.g., a metal or metal oxide or metal salt, that is bacteriostatic or bacteriocidal, is described. The metal coated filter, methods for coating the filter, and methods for using the liquid dispenser are also provided.

Filter coated with antimicrobial material

Liquid dispenser for sterile solutions

An intracervical device for the controlled release of an active agent for the prevention of both specific sexually transmitted diseases and pregnancy. The device consists of an entirely erodible polymer, or a combination of an erodible polymer with a skeletal polymer capable of maintaining therefor mechanical properties over long duration in the body. The active agents can include one or more than one of a large family of insoluble metal salts which have been shown to affect sperm motility and/or viability and are effacious in the prevention of sexually transmitted diseases. These agents are slowly released over a defined period of time ranging from one month to up to 18 months in duration due to erosion of the polymer matrix.

Growing community of inventors

Tyngsboro, MA, United States of America

Samuel P Sawan