12-Crown- 4-Ethe ran dTri(ethylen eglycol )Dimethyl-Ether Plasma-Coate dStainles sStee lSurface san dThei rAbilit yto Reduc eBacteria lBiofil mDeposition

@inproceedings{Agn200112Crown4R,
  title={12-Crown- 4-Ethe ran dTri(ethylen eglycol )Dimethyl-Ether Plasma-Coate dStainles sStee lSurface san dThei rAbilit yto Reduc eBacteria lBiofil mDeposition},
  author={Agn{\`e} and Ferenc Zdenes},
  year={2001}
}
I tha sbee ndemonstrate dtha tsurface scoate dwit hpoly(ethylen eglycol) (PEG )ar ecapabl eo freducin gprotei nadsorption ,bacteria lattachment ,an dbiofilm formation .I nthi scommunicatio ncold-plasma -enhance dprocesse swer eemploye dfor th edepositio no fPEG-lik estructure sont ostainles sstee lsurfaces .Stainles ssteel sample swer ecoate dunde r1,4,7,10-tetraoxacyclododecan e(12-crown-4) -ethe rand tri(ethylen eglycol )dimethy lethe r(triglyme)-radi ofrequenc y(RF)-plasm aconditions. Th… CONTINUE READING