Page 52 - Demo

TURKCOAT Aral%u0131k / December - Ocak / January 2026 Haziran / June - Temmuz / July 2025Bilimsel / Scientific50Bilim insanlar%u0131 taraf%u0131ndan geli%u015ftirilen, bakterileri %u00f6ld%u00fcren bir kaplama, MRSA, grip ve COVID-19 gibi %u00f6ld%u00fcr%u00fclmesi zor t%u00fcrler de dahil olmak %u00fczere bakterileri ve vir%u00fcsleri etkili bir %u015fekilde yok edebilen yeni bir boyan%u0131n denemelerinde kullan%u0131ld%u0131. Nottingham %u00dcniversitesi Eczac%u0131l%u0131k Fak%u00fcltesi%u2019ndeki bilim insanlar%u0131, a%u011f%u0131z enfeksiyonlar%u0131n%u0131 tedavi etmek ve cerrahi %u00f6ncesi temizlikte di%u015f hekimleri taraf%u0131ndan s%u0131k%u00e7a kullan%u0131lan bakterileri %u00f6ld%u00fcr%u00fcc%u00fc klorheksidini i%u00e7eren, yeni bir boya re%u00e7inesi %u00fcr%u00fcn%u00fcn%u00fc denediler.Ara%u015ft%u0131rma ekibi, Indestructible Paint ile i%u015f birli%u011fi yaparak bu yeni malzemeyi kullanarak prototip bir antimikrobiyal boya geli%u015ftirdi ve boyan%u0131n kurudu%u011funda farkl%u0131 patojenleri %u00f6ld%u00fcrmede etkili bir %u015fekilde aktif oldu%u011funu buldu. Yeni %u00e7al%u0131%u015fman%u0131n bulgular%u0131 Scientific Reports dergisinde yay%u0131mland%u0131. Yeni boya, plastik ve sert g%u00f6zeneksiz y%u00fczeylere uygulanarak antimikrobiyal bir kaplama sa%u011flayabiliyor. Hastane ortamlar%u0131n%u0131n yan%u0131 s%u0131ra boya, herhangi bir g%u00f6zeneksiz y%u00fczeyde kullan%u0131labilir ve ekip, bu boyan%u0131n ula%u015f%u0131m ve havac%u0131l%u0131k sekt%u00f6r%u00fcnde kullan%u0131m%u0131n%u0131 da ara%u015ft%u0131r%u0131yor.Y%u00fczeyler, %u00f6zellikle hastane ortamlar%u0131nda bakterilerin rezervuar%u0131 olarak g%u00f6rev yapabilir; hastane yataklar%u0131 ve tuvalet koltuklar%u0131 bunlara %u00f6rnek olarak g%u00f6sterilebilir. Ayr%u0131ca halka a%u00e7%u0131k alanlarda s%u0131k temas edilen y%u00fczeylerde de bu durum ge%u00e7erlidir; %u00f6rne%u011fin havac%u0131l%u0131k sekt%u00f6r%u00fcnde u%u00e7ak koltuklar%u0131 ve tepsi masalar%u0131nda. Baz%u0131 mikroorganizma t%u00fcrleri, yo%u011fun temizlik uygulamalar%u0131na ra%u011fmen hayatta kalabilir. Hastanede bu durum, hastalar%u0131n hastanede bulundu%u011fu s%u00fcre boyunca enfeksiyon kapma riskini art%u0131rabilir ve bu enfeksiyonlar%u0131n antibiyotik tedavisi gerektirmesine yol a%u00e7abilir. Bu mikroorganizmalar abiyotik y%u00fczeylerde uzun s%u00fcre, bazen birka%u00e7 aya kadar, canl%u0131 ve bula%u015f%u0131c%u0131 kalabilir.%u201cBu ara%u015ft%u0131rman%u0131n pratik bir %u015fekilde uygulanmas%u0131n%u0131 g%u00f6rmek ger%u00e7ekten %u00e7ok heyecan verici. %u0130lk ara%u015ft%u0131rmalar%u0131m%u0131zda dezenfektan%u0131 polimer i%u00e7ine dahil ederek m%u00fckemmel etkinli%u011fe sahip yeni bir antimikrobiyal boya geli%u015ftirdik; bu boya ayr%u0131ca %u00e7evreye yay%u0131lm%u0131yor ve y%u00fczeye dokunuldu%u011funda akma yapm%u0131yor. Yeni %u00e7al%u0131%u015fma, A bacteria killing coating created by scientists has been used in trials of a new paint that can be applied to a range of surfaces to effectively kill bacteria and viruses, including difficult to kill species such as MRSA, flu and COVID-19. Scientists at the University of Nottingham%u2019s School of Pharmacy have trialled a new paint-on resin product that incorporates bacteria killing chlorhexidine, which is often used by dentists to treat mouth infections and for pre-surgical cleaning.The team have worked with Indestructible Paint to create a prototype antimicrobial paint using this new material and have found it effectively activates when dried to kill a range of pathogens. The findings of a new study have been published in Scientific Reports. The new paint can be applied to a range of plastic and hard nonporous surfaces to provide an antimicrobial coating. As well as hospital settings the paint can be used on any non-porous surface and the team are also investigating its use in the transport and aerospace industry.Surfaces can act as a reservoir of bacteria especially in medical settings, from hospital beds and toilet seats. As well as other frequently touched surfaces in public spaces such as aeroplanes across the aerospace industry in the manufacture of seats and tray tables. Some microbial species can survive despite enhanced cleaning regimes. In hospital this can lead to an increased risk of patients getting infections whilst in hospital which then need antibiotic treatment. These microorganisms can survive and remain infectious on abiotic surfaces, for extended periods, sometimes up to several months.\in a practical way. In our initial research we incorporated the disinfectant into the polymer to create a new antimicrobial paint which has excellent efficacy, it also doesn%u2019t spread into the environment or leach from the surface when touched. This new study showed clearly that surfaces with this paint applied had no bacteria and as soon as it dries it is active. By adding this to paint we can create an effective bacteria killing coating that is easy to apply and cost effective.\S%u00fcper Bakterilere Kar%u015f%u0131 Sava%u015fan Boya Daha Temiz ve G%u00fcvenli Ortamlar SunuyorPaint That Fights Superbugs Offers Cleaner and Safer EnvironmentsTURKCOAT Aral%u0131k / December - Ocak / January 2026