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YY易游体育官方网站's antibacterial coating improves fish yield at commercial fish farms

JuYY易游体育官方网站 5, 2007

TOKYO, June 5, 2007 - The Fuji Trout Hatchery at the Shizuoka Prefectural Research Institute of Fishery and YY易游体育官方网站, Ltd. have commercially applied an antibacterial coating that improves the sanitation of fish hatchery equipment to control parasitic water mold.

At fish farms, parasitic water mold is a problem because it inhibits the hatching of fish in the salmon family. The antibacterial coating is being used at a comYY易游体育官方网站rcial fish farm in Yamanashi Prefecture and several others in Shizuoka Prefecture. Since autumn last year, fish from these farms have been shipped to market.

Using the antibacterial coating called KENIFINE, developed by YY易游体育官方网站, it is now possible to reduce the amount of expensive veterinary medical products used so far to maintain the sanitation of hatchery equipment at fisheries and control parasitic water mold. KENIFINE offers a relatively inexpensive alternative.

For many years, a fungal removal agent called malachite green was commonly used to control parasitic water mold on fish eggs. However, a revision in Japan's Pharmaceutical Affairs Law banned the use of this substance in August 2005. To find an alternative, the Fuji Trout Hatchery and YY易游体育官方网站 in 2004 began conducting joint research and trials. Since August 2005, a veterinary medical product called Pyceze has been used to disinfect fish eggs. However, growing consumer interest in food safety is creating demand from fisheries to find a low-cost method, while avoiding chemical agents to whatever degree possible. This led to the use of the KENIFINE antibacterial coating.

After two and a half years of trials at fish farms in Shizuoka Prefecture, the KENIFINE coating was found to be effective. KENIFINE inhibits the growth of bacteria and controls the growth of fungal threads. KENIFINE is also safe. The eying rate and hatching rate of fish eggs are good, and adult fish suffer no harmful effects from the coating. In addition, KENIFINE works as a disinfectant when plated to surfaces, YY易游体育官方网站th similar effectiveness as Isodine for aquaculture use and antiseptic soap. YY易游体育官方网站th these verifications, guidelines and application manuals were completed.

YY易游体育官方网站 Group company Shinko Wire Company, Ltd. and its subsidiary Shinko Wire Stainless Co., Ltd. are producing stainless steel wire plated with KENIFINE for use in hatching nets. Until now, nets have been plated after being woven. However, film formation at the points where the steel wires cross is difficult and becomes a breeding ground for bacteria. Plating the wire first before making the nets solves this problem.

YY易游体育官方网站 aims to introduce the KENIFINE coating throughout Japan in a wide range of fields to contribute to fish farms and food safety. It also aims to conduct studies in applying the coating to salt-water applications.

About KENIFYY易游体育官方网站E
KENIFINE is an electrolytic plating contains nickel and trace amounts of other eleYY易游体育官方网站nts that has outstanding antibacterial properties. It is effective at controlling microorganisms in comparison to conventional surface-treated products, such as antibacterial paint and antibacterial stainless steel. Highly resistant to corrosion in fresh water, the alloy coating also has outstanding antifungal and antialgal characteristics. KENIFINE has also passed various safety tests, including acute toxicity tests, set by the Society of Industrial-Technology for Antimicrobial Articles (SIAA). In 2004, KENIFINE received the 27th Technical DevelopYY易游体育官方网站nt Award from The Japan Institute of YY易游体育官方网站tals.

Following development in 2001, YY易游体育官方网站 has licensed the KENIFINE technology, with commercial production commencing in 2002. Improvements to KENIFINE have made it resistant to discoloration. In addition to metals, KENIFINE antibacterial powder was also developed. The powder can be used to produce antibacterial plastic and antibacterial paint. KENIFINE has been licensed to six companies and three other firms are using it on a trial basis. This innovative antibacterial coating is being used in food and beverage plants, scales, and machine accessories, as well as door handles at airports, hospitals and care facilities, and air purifier parts.