One-step vapor deposition of fluorinated polycationic coating to fabricate antifouling and anti-infective textile against drug-resistant bacteria and viruses

[Retracted] Electrochemical Studies of WC‐Flyash HVOF Coating Interface on SA209‐T1 Steel under 3.5 NaCl Solution

“…As shown in Figure 7, the measurement of the crescent in the Nyquist circle of the example with in various environments is bigger than that of the covered GrA1 steel, demonstrating that the tempering interaction has upgraded the consumption obstruction. e biggest crescent breadth was noticed, for example, WC-flyash covered GrA1 steel, which affirms its best consumption hindrance execution among all specimens [25][26][27].…”

Temperature-adjustable F-carbon nanofiber/carbon fiber nanocomposite fibrous masks with excellent comfortability and anti-pathogen functionality

“…In comparison, the antibacterial rates reached 97.9% and 98.6% against E. coli and S. aureus at 30 min. At this time, the bacterial solution was heated to a high temperature by the F-CNFs/CF nanocomposite fibrous masks, which led to the protein denaturation of the bacteria and eventually killed them [47] , [48] , [49] .…”

Design strategies for antiviral coatings and surfaces: A review

“…The antimicrobial mechanism of electrostatic interactions does not depend solely on the pH of the system but also on the number of polycation active groups. Song et al [48] . produced a fluorinated polycationic textile coating via chemical vapor deposition.…”

“…More advanced approaches are required to counter this issue through the combined use of antimicrobially active compounds, such as cationic polymers ( Fig. 6 ) [48] or metal nanoparticles ( Fig. 7 ), to implement contact-killing strategies in the coating and maintain a rough surface topography characterized by self-cleaning properties.…”

“…6 Schematics of pristine textile functionalization with cationic polymers. In contrast to the pristine textile, the coated sample possesses antifouling and contact-killing properties [48] .

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