Key result
Conducted energy weapon exposure in swine models resulted in statistically significant increases in central venous hematocrit, with higher preexposure hematocrit observed in nonsurvivors.
Why the study?
Does conducted energy weapon exposure increase central venous hematocrit in an anesthetized swine model?
Does conducted energy weapon exposure increase central venous hematocrit in an anesthetized swine model?
Conducted energy weapon exposure significantly increases central venous hematocrit in a swine model, which may have detrimental physiological effects during extreme applications.
Alerts to possible hematologic effects in extreme conducted energy weapon use; leaves open human applicability and outcome impact.
Conducted energy weapons (CEWs) are used by law enforcement personnel to incapacitate individuals quickly and effectively, without intending to cause lethality. CEWs have been deployed for relatively long or repeated exposures in some cases. In laboratory animal models, central venous hematocrit has increased significantly after CEW exposure. Even limited applications (e.g., three 5-sec applications) resulted in statistically significant increases in hematocrit. Preexposure hematocrit was significantly higher in nonsurvivors versus survivors after more extreme CEW applications. The purpose of this technical note is to address specific questions that may be generated when examining these results. Comparisons among results of CEW applications, other electrical muscle stimulation, and exercise/voluntary muscle contraction are included. The anesthetized swine appears to be an acceptable animal model for studying changes in hematocrit and associated red blood cell changes. Potential detrimental effects of increased hematocrit, and considerations during law enforcement use, are discussed.
No takes yet. Share an insight, caveat, or question.
James R. Jauchem (2010) conducted a review in Conducted energy weapon exposure effects. Conducted energy weapons (CEWs) was evaluated on Central venous hematocrit. Conducted energy weapon exposure in swine models resulted in statistically significant increases in central venous hematocrit, with higher preexposure hematocrit observed in nonsurvivors.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: