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定制的非添加剂抗菌涂层方法.pdf

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1、A bespoke,non-additive approach toantimicrobial coatingsEmma G.Wrigglesworth(PhD)Inhibit Coatings Technical LeadCoatings Trends&Technologies Summit 2024Inhibit Coatings 2024Inhibit Coatings is a New Zealand technology companythat develops advanced materials,founded on theback of Dr Eldon Tates PhD r

2、esearch under Prof.JimJohnston at Victoria University of Wellington.Our next generation of antimicrobial materialsimprove the wellness of the people interacting withthem,while providing a solution that is:More effective,longer lasting,cost effective,andsustainable.Inhibits goal is to provide safe,lo

3、ng-lasting protectionfor people,products,and the environment.Inhibit Coatings 2024The ProblemHospital acquired infections are one of the top 10 leading causes of deathin the USA.The estimated direct annual cost of treating HAIs in the United Statesranges from$28.4 billion to$45 billion.Butler,Ashley

4、.Infection Control Today(2023).Gidey,Kidu,et al.Plos one 18.2(2023):e0282141.Inhibit Coatings 2024The ProblemJensen Farms outbreakCross-contamination of bacteria to food from the processing environment300,000+CANTALOUPESCONTAMINATED142PEOPLEHOSPITALISED33DEATHSInhibit Coatings 2024Current Antimicrob

5、ial CoatingsThe antimicrobial solutions currently available rely on the controlled leaching of additives results in significant drawbacks:Inhibit Coatings has unique nanotechnology that has been proven to eliminate thesedrawbacksLimited LifetimeThey stop working when the activeingredient has washed

6、out(days,weeks,or months)Environmental ImpactRelease of toxic active ingredient intowaterways and environmentPhysical Properties ImpactOnly limited amounts of additive canbe used before adverse effects on thecoatingInhibit Coatings 2024Next-Generation Antimicrobial TechnologyNon-leaching:silver is b

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Inhibit Coatings是一家新西兰科技公司,专注于开发先进的材料,其核心技术基于Eldon Tate博士在维多利亚大学的研究。该公司提供新一代非添加型抗菌涂层,这些涂层能提升人类福祉,同时具有更有效、持久、经济和可持续的特点。其纳米技术能直接将银与树脂结合,消除现有依赖添加剂的抗菌解决方案的局限性,包括寿命有限、环境污染和对物理性能的影响。 关键数据包括:美国医院获得性感染导致每年约284亿至450亿美元的治疗成本,以及约33人死亡。此外,Jensen Farms事件中,超过30万份哈密瓜被污染,导致142人住院和33人死亡。 Inhibit Coatings的解决方案具有非泄漏性,银纳米颗粒直接与树脂结合,具有广谱抗菌活性,对抗菌剂、病毒、超级细菌和真菌均有效。该技术可定制,可与多种树脂系统如聚氨酯、丙烯酸、环氧和聚酰胺结合,提供比现成添加剂解决方案更多的优势。 该公司能够从小规模实验室样品生产到大桶规模的批量,确保可扩展性和可行性。其产品已通过多种测试验证,包括抗菌活性、细胞毒性、光谱分析等,证明了其高效性、安全性和可定制性。更多信息请访问[www.inhibitcoatings.com](http://www.inhibitcoatings.com)。
"如何有效预防医院获得性感染?" "如何降低食品交叉污染的风险?" "如何实现可持续发展的抗菌涂层技术?"
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