Dave Soerens - Roswell GA Sohail Malik - Roswell GA Cameron G. Rouns - South Jordan UT Sharon L. Greene - Canton GA Archel A. Ambrosio - San Diego CA
Assignee:
Kimberly-Clark Worldwide, Inc. - Neenah WI
International Classification:
B32B 904
US Classification:
428447, 427387, 442 99, 525100, 525105, 525106
Abstract:
Coatings are formed by applying to article a copolymer of a water soluble base polymer having graft polymerized thereto an organic moiety that includes a group that reacts with water to form a silanol group, and then curing the copolymer to form a crosslinked hydrogel coating that is absorbent, lubricious and substantially non-water soluble. Coating compositions, coated articles the subject coatings are also described.
Sharon L. Greene - Canton GA, US Archel A. Ambrosio - San Antonio TX, US Rosann M. Matthews Kaylor - Cumming GA, US Dave A. Soerens - Neenah WI, US Sohail Malik - Roswell GA, US
Assignee:
Kimberly-Clark Worldwide, Inc. - Neenah WI
International Classification:
A61F 5/00 A61L 15/16
US Classification:
602 48, 424444
Abstract:
A wound dressing includes a first layer located adjacent the wound and which comprises a material that is bioabsorbable, porous and adapted for serving as a scaffold for cell attachment and proliferation; and a second layer which is in contact with the first layer and which comprises an absorbent, gel forming material adapted for serving as a barrier to cell adhesion and penetration. A method of treating a wound with the dressing is also disclosed.
Archel Ambrosio - San Antonio TX, US Royce W. Johnson - Universal City TX, US
Assignee:
KCI Licensing, Inc. - San Antonio TX
International Classification:
A61F 13/00 A61M 35/00
US Classification:
602 48, 602 41, 602 42, 604290
Abstract:
A multi-layer reduced pressure delivery apparatus is provided for applying reduced pressure tissue treatment to a tissue site. The multi-layer apparatus includes a tissue contact layer, a release layer, and a manifold layer. The tissue contact layer includes a scaffold adapted to contact the tissue site, the release layer includes a hydrogel-forming material and a plurality of flow channels, and the manifold layer includes a distribution manifold. The release layer is positioned between the tissue contact layer and the manifold layer to allow easy release of the manifold layer from the tissue contact layer following the administration of reduced pressure tissue treatment.
Methods Of Making Porous Bioresorbable Dressing Comprising Casing Comprising Microspheres
Archel Ambrosio - San Antonio TX, US Joanna Payne - San Antonio TX, US
Assignee:
KCI Licensing, Inc. - San Antonio TX
International Classification:
A61F 13/00 A61L 15/00 A61L 15/16
US Classification:
424443, 424444, 424445, 424446, 424447
Abstract:
Methods, system and compositions for making and using a bioresorbable linked dressing made of bioresorbable microspheres in various configurations are provided for use in applying reduced pressure to a wound site. The methods include manufacture of a bioresorbable dressing comprising a casing and bioresorbable microspheres in the form of a rope shape. Further, the casing of the dressing comprises pores formed by a porogen system that may be activated by external to the wound or formed in situ within the wound site. The shape of the dressing allows the dressing to be placed into the wound site such that it fills the shape and size of the wound. Embodiments include formation of various rope dressing and their use in conjunction with reduced pressure therapy.
Archel Ambrosio - San Antonio TX, US Royce W. Johnson - Universal City TX, US
Assignee:
KCI Licensing, Inc. - San Antonio TX
International Classification:
A61F 13/00 A61M 35/00
US Classification:
602 48, 602 41, 602 42, 604289, 604290
Abstract:
A multi-layer reduced pressure delivery apparatus is provided for applying reduced pressure tissue treatment to a tissue site. The multi-layer apparatus includes a tissue contact layer, a release layer, and a manifold layer. The tissue contact layer includes a scaffold adapted to contact the tissue site, the release layer includes a water-soluble polymer and a plurality of flow channels, and the manifold layer includes a distribution manifold. The release layer is positioned between the tissue contact layer and the manifold layer to allow easy release of the manifold layer from the tissue contact layer following the administration of reduced pressure tissue treatment.
System And Method For Percutaneously Administering Reduced Pressure Treatment Using A Flowable Manifold
Royce W. Johnson - Universal City TX, US Archel A. Ambrosio - San Antonio TX, US Larry D. Swain - San Antonio TX, US Joanna Payne - San Antonio TX, US
Assignee:
KCI Licensing, Inc. - San Antonio TX
International Classification:
A61M 1/00
US Classification:
604540, 604 23, 604 48, 604 9301, 604543
Abstract:
A reduced pressure delivery system for applying a reduced pressure to a tissue site includes a manifold delivery tube having a passageway and a distal end, the distal end configured to be percutaneously inserted and placed adjacent the tissue site. A flowable material is provided and is percutaneously deliverable through the manifold delivery tube to the tissue site. The flowable material is capable of filling a void adjacent the tissue site to create a manifold having a plurality of flow channels in fluid communication with the tissue site. A reduced pressure delivery tube is provided that is capable of fluid communication with the flow channels of the manifold.
Porous Bioresorbable Linked Dressing Comprising Microspheres And Methods Of Making Same
Archel Ambrosio - San Antonio TX, US Joanna Payne - San Antonio TX, US
Assignee:
KCI Licensing, Inc. - San Antonio TX
International Classification:
A61F 13/00 A61L 15/00 A61L 15/16
US Classification:
424443, 424444, 424445, 424446, 424447
Abstract:
Methods, system and compositions for making and using a bioresorbable linked dressing made of bioresorbable microspheres in various configurations are provided for use in applying reduced pressure to a wound site. The methods include manufacture of a bioresorbable dressing comprising a casing and bioresorbable microspheres in the form of a rope shape. Further, the casing of the dressing comprises pores formed by a porogen system that may be activated by external to the wound or formed in situ within the wound site. The shape of the dressing allows the dressing to be placed into the wound site such that it fills the shape and size of the wound. Embodiments include formation of various rope dressing and their use in conjunction with reduced pressure therapy.
Method Of Promoting New Tissue Growth And/Or Wound Healing Using Bioresorbable Dressing Comprising Microspheres Or Microparticles
Archel Ambrosio - San Antonio TX, US Joanna Payne - San Antonio TX, US
Assignee:
KCI Licensing, Inc. - San Antonio TX
International Classification:
A61F 13/00 A61L 15/00 A61L 15/16
US Classification:
424443, 424444, 424445, 424446, 424447
Abstract:
Methods, system and compositions for making and using a bioresorbable linked dressing made of bioresorbable microspheres in various configurations are provided for use in applying reduced pressure to a wound site. The methods include manufacture of a bioresorbable dressing comprising a casing and bioresorbable microspheres in the form of a rope shape. Further, the casing of the dressing comprises pores formed by a porogen system that may be activated by external to the wound or formed in situ within the wound site. The shape of the dressing allows the dressing to be placed into the wound site such that it fills the shape and size of the wound. Embodiments include formation of various rope dressing and their use in conjunction with reduced pressure therapy.
Kinetic Concepts Inc. since Dec 2003
Staff Scientist
Education:
Penn State University 1990 - 1996
Ph.D., Polymer Chemistry
University of the Philippines 1983 - 1988
B.S., Agricultural Chemistry
Skills:
Iso 13485 Capa Medical Devices Tissue Engineering Design Control Biomaterials Biopolymers Regenerative Medicine Biotechnology Biomedical Engineering Fda V&V Drug Delivery Commercialization R&D Biocompatibility
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