Prospects for studying how high-intensity compression waves cause damage in human blast injuries

ORAL

Abstract

Blast injuries arising from improvised explosive devices are often complex leading to long-term disability in survivors. There is an urgent need to mitigate against the effects of blast that lead to these injuries, and to also improve post-traumatic therapeutic treatments related to problems associated with damage and healing processes and infections. We have initiated multidisciplinary studies to develop experimental facilities and strategies for analyzing the effects blast waves upon the human body, from cellular through to skeletal functions.

*This work is supported by the Atomic Weapons Establishment and the Defence Science and Technology Laboratory, UK

Authors

  • Katherine Brown

    • The University of Texas at Austin, USA and Imperial College London, UK
  • Chiara Bo

    • Imperial College London, UK
  • Arul Ramaswamy

    • Imperial College London, Royal Centre of Defence Medicine Birmingham, and Defence Science and Technology Laboratory Wilts, UK
  • Spiros Masouros

    • Imperial College London, UK
  • Nicolas Newell

    • Imperial College London, UK
  • Adam Hill

    • Imperial College London and Royal Centre of Defence Medicine Birmingham, UK
  • Jon Clasper

    • Imperial College London and Royal Centre of Defence Medicine Birmingham, UK
  • Anthony Bull

    • Imperial College London, UK
  • William Proud

    • Imperial College, London
    • Imperial College London, UK
    • Imperial College London