Microcrack Coating Kills 80% of Bacteria With One 9-Volt Pulse
Flinders University engineers built microcrack networks into gallium–carbon nanotube coatings that killed over 80% of MRSA and P. aeruginosa cells after a one-minute 9-volt pulse.
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Flinders University engineers built microcrack networks into gallium–carbon nanotube coatings that killed over 80% of MRSA and P. aeruginosa cells after a one-minute 9-volt pulse.