Medical device with the hottest anti microbial pac

2022-08-05
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Medical device with anti microbial packaging and its preparation method

patent name medical device with anti microbial packaging and its preparation method patent applicant yixikang company main applicant address: Inventor h · scazo, New Jersey, United States; J. A. Fisher; R. Severn application (patent) No 0 application date: September 25th, 2003 certification date: Approval Announcement No.: Approval announcement date: December 28th, 2005 specification CD No.: d0552 main classification No.: a61b17/08 classification No.: a61b17/08 division original application No.: priority item: 2002.10.4 us 60/416114; 2003.2.15 US 10/367,497; 2003.6.25 us 10/603317 Abstract: a packaged medical device prepared according to the following steps, in which the thermosetting plastic (e.g. bakelite powder) and the condensing plastic (e.g. epoxy resin + curing agent) are used as fillers. The step is to place the antimicrobial agent source in the package containing the internal surface, place the medical device in the package, and it has a very high strength to weight ratio; And placing the package, the antimicrobial agent source, and the medical device under conditions sufficient to evaporate and transfer an effective amount of antimicrobial agent from the antimicrobial agent source to the medical device for as long as the time, temperature, and pressure are legally qualified, thereby substantially inhibiting bacterial colonies on the medical device. Sovereignty item 1 An anti microbial suture is prepared according to the following steps: placing the suture and an anti microbial agent source in a package, and the anti microbial agent is selected from halogenated hydroxy ether, acyloxydiphenyl ether, and combinations thereof; And placing the packaging, suture and antimicrobial agent source under time, temperature and pressure conditions sufficient to evaporate and transfer an effective amount of antimicrobial agent from the antimicrobial agent source to the suture, thereby substantially inhibiting bacterial colonies on the suture. International application pct/us2003/030598 international publication wo2004/032703 British date of entry into the country patent agency China 3. Address agent of patent agency (Hong Kong) Co., Ltd. wenhongyan duanxiaoling

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