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    • 3. 发明专利
    • Polymer composite with internally distributed deposition matter
    • AU2003209480B2
    • 2008-07-03
    • AU2003209480
    • 2003-03-10
    • UNIV NOTTINGHAM
    • WATSON MICHAEL STEVENHOWDLE STEVEN MELVYNSHAKESHEFF KEVIN MORRISWHITAKER MARTIN JAMES
    • A61K47/30A61K9/00A61K9/16A61L27/00C08J3/20D06M23/00
    • A process for the preparation of a polymer composite comprising internally distributed deposition matter wherein the process comprises providing a deposit of deposition matter at the surface of a solid state polymer substrate, contacting the surface deposited polymer with a plasticising fluid or a mixture of plasticising fluids under plasticising conditions to plasticise and/or swell the polymer and internally distribute deposition matter, and releasing the plasticising fluid or fluids to obtain polymer composite.; A polymer composite comprising a porous or non porous polymer throughout which particulate deposition matter as hereinbefore defined is distributed with desired uniformity, preferably with high uniformity in excess of 80% for example in excess of 98%.; A scaffold comprising a polymer composite having internally distributed deposition matter; and use of the composite as a support or scaffold for drug delivery, for use in bioremediation, as a biocatalyst or biobarrier for human or animal or plant matter, for use as a structural component, for example comprising the polymer and optional additional synthetic or natural metal, plastic, carbon or glass fibre mesh, scrim, rod or like reinforcing for medical or surgical insertion, for insertion as a solid monolith into bone or tissue, as fillers or cements for wet insertion into bone or teeth or as solid aggregates or monoliths for orthopaedic implants such as pins, or dental implants such as crowns etc.
    • 4. 发明专利
    • POLYMER COMPOSITE WITH INTERNALLY DISTRIBUTED DEPOSITION MATTER
    • AU2003209480A1
    • 2003-09-29
    • AU2003209480
    • 2003-03-10
    • UNIV NOTTINGHAM
    • HOWDLE STEVEN MELVYNSHAKESHEFF KEVIN MORRISWHITAKER MARTIN JAMESWATSON MICHAEL STEVEN
    • A61K47/30A61K9/00A61K9/16A61L27/00C08J3/20D06M23/00A61K9/14
    • A process for the preparation of a polymer composite comprising internally distributed deposition matter wherein the process comprises providing a deposit of deposition matter at the surface of a solid state polymer substrate, contacting the surface deposited polymer with a plasticising fluid or a mixture of plasticising fluids under plasticising conditions to plasticise and/or swell the polymer and internally distribute deposition matter, and releasing the plasticising fluid or fluids to obtain polymer composite.; A polymer composite comprising a porous or non porous polymer throughout which particulate deposition matter as hereinbefore defined is distributed with desired uniformity, preferably with high uniformity in excess of 80% for example in excess of 98%.; A scaffold comprising a polymer composite having internally distributed deposition matter; and use of the composite as a support or scaffold for drug delivery, for use in bioremediation, as a biocatalyst or biobarrier for human or animal or plant matter, for use as a structural component, for example comprising the polymer and optional additional synthetic or natural metal, plastic, carbon or glass fibre mesh, scrim, rod or like reinforcing for medical or surgical insertion, for insertion as a solid monolith into bone or tissue, as fillers or cements for wet insertion into bone or teeth or as solid aggregates or monoliths for orthopaedic implants such as pins, or dental implants such as crowns etc.
    • 6. 发明专利
    • Polymer composite with internally distributed deposition matter
    • GB2401867B
    • 2005-10-05
    • GB0420591
    • 2003-03-10
    • UNIV NOTTINGHAM
    • HOWDLE STEVEN MELVYNSHAKESHEFF KEVIN MORRISWHITAKER MARTIN JAMESWATSON MICHAEL STEVEN
    • A61K47/30A61K9/00A61K9/16A61L27/00C08J3/20D06M23/00
    • A process for the preparation of a polymer composite comprising internally distributed deposition matter wherein the process comprises providing a deposit of deposition matter at the surface of a solid state polymer substrate, contacting the surface deposited polymer with a plasticising fluid or a mixture of plasticising fluids under plasticising conditions to plasticise and/or swell the polymer and internally distribute deposition matter, and releasing the plasticising fluid or fluids to obtain polymer composite.; A polymer composite comprising a porous or non porous polymer throughout which particulate deposition matter as hereinbefore defined is distributed with desired uniformity, preferably with high uniformity in excess of 80% for example in excess of 98%.; A scaffold comprising a polymer composite having internally distributed deposition matter; and use of the composite as a support or scaffold for drug delivery, for use in bioremediation, as a biocatalyst or biobarrier for human or animal or plant matter, for use as a structural component, for example comprising the polymer and optional additional synthetic or natural metal, plastic, carbon or glass fibre mesh, scrim, rod or like reinforcing for medical or surgical insertion, for insertion as a solid monolith into bone or tissue, as fillers or cements for wet insertion into bone or teeth or as solid aggregates or monoliths for orthopaedic implants such as pins, or dental implants such as crowns etc.
    • 7. 发明专利
    • Preparing active polymer extrudates
    • AU2004285747A1
    • 2005-05-12
    • AU2004285747
    • 2004-10-22
    • UNIV NOTTINGHAM
    • SHAKESHEFF KEVIN MORRISHAO JIANYUANHOWDLE STEVEN MELVYNWHITAKER MARTIN JAMES
    • C08J7/06B01J3/00B29C44/12C08J3/205C08J9/12C08J9/14
    • Process for preparing active polymer extrudate comprising polymer matrix and guest matter, the process comprising contacting a polymer substrate and guest matter with a plasticising fluid under dense phase, sub critical or supercritical plasticising conditions of elevated temperature and/or pressure to plasticise the polymer substrate and incorporate guest matter and extruding polymer substrate incorporating guest matter under dense phase, sub critical or supercritical conditions via an extrusion orifice into a collection zone or a mould with simultaneous or subsequent release of pressure, whereby extrudate is obtained comprising a solid admixture of polymer matrix and guest matter in form conferred by the orifice or the mould; a novel extrudate; composition thereof and apparatus for the preparation thereof, and use thereof in fibre processing techniques, medical applications such as in delivery of drugs and other agents such as imaging and diagnostic agents, tissue engineering, and as medical devices or aids such as delivery devices or aids for drugs, imaging and diagnostic agents, as tissue engineering devices or aids such as sutures, and the like; as an anti-microbial for example having bacteria-static or -cidal activity; as a natural or synthetic barrier capable of immobilising e.g. naturally occurring or artificially introduced poisons or toxins by e.g. absorption, interaction or reaction; in agrochemical or crop protection applications; in the processing of thermally labile fibres for use in dying, textiles, electronics etc below the polymer Tg, Tm or viscosity; in incorporation of dyes and other thermally labile materials into polymers that cannot be formed by traditional processes e.g. melt extrusion and the like; or in incorporation of surfactants into fibres to control polymer properties.
    • 10. 发明专利
    • Polymer composite with internally distributed deposition matter
    • HK1072779A1
    • 2005-09-09
    • HK05103309
    • 2005-04-19
    • UNIV NOTTINGHAM
    • HOWDLE STEVEN MELVYNSHAKESHEFF KEVIN MORRISWHITAKER MARTIN JAMESWATSON MICHAEL STEVEN
    • A61K47/30A61K9/00A61K9/16A61L27/00C08J3/20D06M23/00C08J
    • A process for the preparation of a polymer composite comprising internally distributed deposition matter wherein the process comprises providing a deposit of deposition matter at the surface of a solid state polymer substrate, contacting the surface deposited polymer with a plasticising fluid or a mixture of plasticising fluids under plasticising conditions to plasticise and/or swell the polymer and internally distribute deposition matter, and releasing the plasticising fluid or fluids to obtain polymer composite.; A polymer composite comprising a porous or non porous polymer throughout which particulate deposition matter as hereinbefore defined is distributed with desired uniformity, preferably with high uniformity in excess of 80% for example in excess of 98%.; A scaffold comprising a polymer composite having internally distributed deposition matter; and use of the composite as a support or scaffold for drug delivery, for use in bioremediation, as a biocatalyst or biobarrier for human or animal or plant matter, for use as a structural component, for example comprising the polymer and optional additional synthetic or natural metal, plastic, carbon or glass fibre mesh, scrim, rod or like reinforcing for medical or surgical insertion, for insertion as a solid monolith into bone or tissue, as fillers or cements for wet insertion into bone or teeth or as solid aggregates or monoliths for orthopaedic implants such as pins, or dental implants such as crowns etc.