Pulsed electric fields for burn wound disinfection. Numerical modeling using QuickField and experimental evidence in mice.

Webinar recorded on April 8, 2014 with invited speaker Dr. Alexander Golberg.

Emerging bacterial resistance to multiple drugs is an increasing problem in burn wound management. New non-pharmacologic interventions are needed for wound disinfection. Here we report on a novel physical method for disinfection: antiseptic pulsed electric field (PEF) applied externally to the infected wounds. In an animal model, we show that PEF can reduce the load of multidrug resistant Acinetobacter baumannii present in a full thickness burn wound by more than four orders of magnitude, as detected by bioluminescence imaging. Furthermore, using a finite element numerical model in QuickField, we demonstrate that PEF provides non-thermal, homogeneous, full thickness treatment for the burn wound, thus, overcoming the limitation of treatment depth for many topical antimicrobials.
These modeling tools and our in vivo results will be extremely useful for further translation of the PEF technology to the clinical setting, as they provide the essential elements for planning of electrode design and treatment protocol.

• Watch recorded webinar parts:
  
  Introduction
  
  Simulation with QuickField
  
  Conclusions
  
• Watch on YouTube.
• Golberg A., Broelsch G.F, Vecchio D., Khan S., Hamblin M.R, Austen W.G, Sheridan R.L, Yarmush M. Eradication of multidrug-resistant A. baumannii in burn wounds by antiseptic pulsed electric field.
• Examples:
  Electroporation thermal effects