Abstract: A powderfree medical film glove comprising an elastomer base layer having a sprayed, intermittent coating formed on the hand-contacting surface of the glove. The glove of the present invention improves donning by reducing intersurface tack, improves tactile sensory transmittance, and reduces unnecessary material consumption.

Abstract: The present invention is directed to a medical procedure kit for performing an angiographic or other medical procedure. The kit comprises a housing having a central compartment and two side compartments that can be filled with supplies and folded over the central compartment to form a sealed kit for shipment and storage. A shelf is supported in the central compartment and includes a number of wells for holding various medical instruments and supplies needed for the particular procedure and also has a sloped surface leading toward a drain hole for draining waste fluids from the shelf and into the central compartment. When a procedure is complete, the used equipment is placed into the housing and the housing is closed, sealed in a plastic bag, and discarded.

Abstract: A two layer flexible article includes a first layer of polyvinyl chloride (PVC) and a second layer of polyester polyurethane which incorporates a texturizing agent. The article preferably is a glove formed by the method of dipping a hand shaped form into a first bath containing a PVC plastisol and a second bath containing a polyester polyurethane emulsion incorporating a texturizing agent and a slip agent. In a finished glove of the present invention the PVC layer forms the outside or patient contacting surface and the polyester polyurethane with the texturizing agent and the slip agent incorporated therein forms the inner user contacting surface. Gloves of the present invention are substantially donnable without the need for donning powders.

Abstract: A multi-layer flexible article includes a first layer of natural rubber, a second layer of natural rubber, polyurethane, poly(acrylamide-acrylic acid, sodium salt) and polyethylene oxide and a third layer of acrylic copolymer and fluorocarbon telomer resin. The article is preferably a glove formed by the method of dipping a hand shaped mold into baths containing aqueous emulsions of the components used to form the layers. Gloves manufactured according to the method are substantially wet-hand and dry-hand donnable as compared to powdered latex gloves of similar size. The finished gloved is water washed and wet autoclaved to substantially reduce the protein content from the natural rubber and substantially remove other water extractable allergenic moieties. The washing and autoclaving renders the glove substantially hypoallergenic as compared to gloves not so treated.

Abstract: A multi-layer flexible article includes a first layer of natural rubber, a second layer of natural rubber, polyurethane, poly(acrylamide/acrylic acid) and polyethylene oxide and a third layer of acrylic copolymer and fluorocarbon telomer resin. The article is preferably a glove formed by the method of dipping a hand shaped mold into baths containing aqueous emulsions of the components used to form the layers. Gloves manufactured according to the method are substantially wet-hand and dry-hand donnable as compared to powdered latex gloves of similar size. The finished gloved is water washed and wet autoclaved to substantially reduce the protein content from the natural rubber and substantially remove other water extractable allergenic moieties. The washing and autoclaving renders the glove substantially hypoallergenic as compared to gloves not so treated.

Abstract: A multi-layer flexible article includes a first layer of natural rubber, a second layer of natural rubber, polyurethane, poly(acrylamide/acrylic acid) and polyethylene oxide and a third layer of acrylic copolymer and fluorocarbon telomer resin. The article is preferably a glove formed by the method of dipping a hand shaped mold into baths containing aqueous emulsions of the components used to form the layers. Gloves manufactured according to the method are substantially wet-hand and dry-hand donnable as compared to powdered latex gloves of similar size. The finished gloved is water washed and wet autoclaved to substantially reduce the protein content from the natural rubber and substantially remove other water extractable allergenic moieties. The washing and autoclaving renders the glove substantially hypoallergenic as compared to gloves not so treated.

Abstract: A rotating adapter for connecting two tubular fluid carrying members in a catheterization system. The adapter (10) includes a standard threaded Luer connector at one end (28) for connection to a flexible catheter, and is rotatably affixed about a stem (22) at its other end. The adapter includes a temporarily expansible collar (40) for engaging with a shoulder (52) on the stem (22) in a snap fit. The shoulder (52) engages an annular rim or undercut (65) located on the interior wall of the collar (40). Notches provided in collar (40) permit the collar to temporarily expand radially to receive the stem, and the collar snaps around the shoulder when the stem is inserted into the shoulder. A tubular reinforcer ring (14) slidably interfits over the collar after the stem is fully inserted into the collar and engages the undercut, thereby resisting radial expansion of the collar during pressurization.

Abstract: An improved angiographic control syringe for use in high-pressure medical procedures. An oblong locking ring disposed on a plunger stem. The oblong locking ring has two circular end segments at the far opposing ends of the ring, and comprises two flat segments at the narrow diameter opposing sides of the ring. A plurality of grooves are vertically spaced on the upper part of the plunger stem. Notches extend inwardly from the flat segments of the locking ring. The exertion of a pinching force on the circular end segments of the locking ring causes convex radial expansion of the flat segments, thereby permitting detachable engagement of the notches with any groove. The plunger head has a highly angular frustoconical head. The syringe barrel has a less angular frustoconical seat that receives the plunger head when the plunger head is fully depressed within the syringe barrel.