Iodic acids are widely studied in atmospheric and biological applications but their inherent hydrophilic properties introduce complexities that affect their functionality and reactivity.

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Non-thermal plasmas (NTP) have been shown to be promising for disinfection, blood coagulation, and cutaneous wound healing applications. Unfortunately, most existing NTP technologies rely on bulky and specialized instrumentation which limits their utility for pointof-injury wound treatment. Here we discuss the fabrication of an inexpensive, compact, lightweight, battery powered, portable, and self-contained helium NTP jet device for potential applicability in burn wound treatment directly at the point-of-injury or during transport of the burn casualty to a medical facility. Using the NTP jet we demonstrate rapid inactivation of three bacterial species, two of which are implicated in causing burn wound infection. We also demonstrate that application of the NTP jet improves the rate of closure of deep partial thickness thermal burn wounds compared to untreated wounds in vitro (EpiDermFT).

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