arlington county virginia, first aid kit, journal of emergency medical services, swat medic, swat team
The first active shooter exercise I witnessed (in 2002) ended with the shooter starting to open fire on his victims, the SWAT team appearing from nowhere then throwing a flash-bang device, and taking the suspect into custody. Before the controller yelled “ENDEX”, the last thing I heard was one of the police officers calling on his radio to send in the medics.
In Tucson, Arizona last year, deputies arriving to the scene of the Rep. Giffords shooting gained notoriety for using special medic kits to provide first aid to the injured. In Tucson, a SWAT medic had assembled $99 kits for police officers based on the military’s Improved First Aid Kit (I-FAK).
Many law enforcement agencies see their job as done once the scene is rendered safe. The Giffords shooting directed national attention to the valiant medical aid the deputies provided after handcuffing the shooter. More agencies are realizing the need for advanced medical training, equipment, and preparedness for all first responders. A recent article in Rialto, CA profiles a emergency room physician who joined Rialto’s SWAT team (they call him the “SWAT Doc”). In the article, Dr. Neeki is quoted saying “it is important for SWAT team paramedics to have advanced training in wound care, airway management techniques, and procedures for spinal injuries.” The doctor is right.
From my personal experience, few fire departments and emergency medical services folks are trained in active shooter response alongside law enforcement. Thus, in my opinion, the response is often disjointed (such as the scene I described where the police capture the bad guy and fail to assist in triage/first aid).
Arlington County, Virginia realized its fire fighters and EMS were not able to be as proactive in response to active shooter scenarios as they desired to be. An excellent, must-read article in the December 2009 issue of the Journal of Emergency Medical Services (JEMS), describes what Arlington County found to be the problem. The article explains: “The current standard fire/EMS response to the active shooter is to stage in a secure location until police mitigate the threat and secure the area to create a scene safe for fire/EMS operations. But there’s a basic problem with this response: While waiting for a secure scene, those injured inside the building aren’t receiving care and are dying from their injuries.” To address this issue, Arlington assembled task forces of medics and police officers to improve safety for their responders while also improving the quality and speed of care for survivors of active shooter incidents. The task force developed protocols for responding to active shooters based on the Tactical Combat Casualty Care (TCCC) school of thought. The TCCC concept was developed in 1996 and was first released in Military Medicine by CAPT Frank K Butler, Jr., MC USN, LTC John Hagmann, MC US, ENS E. George Butler, MC USN.
The major differences between traditional care and TCCC care during mass casualty incidents (with combat-like mechanisms of injury) cited in the JEMS article are the following:
- Airway control is not the first priority. Not only are exsanguinating extremity wounds far more common than airway injury, but a person can bleed to death from a large arterial wound in two to three minutes, while it may take four to five minutes to die from a compromised airway.
- Because supplies and resources are limited in combat and austere environments, medical treatment and stabilization must be done expediently with minimal supplies. Tourniquets are emphasized and prioritized as a quick and effective method to control extremity hemorrhage.
- For non-exsanguinating hemorrhage, mechanical pressure dressings with wound packing are used. Some wounds, including those in the femoral triangle or in the neck, are not amenable to tourniquets. These wounds are controlled using hemostatic agents, such as Celox, QuikClot ACS and HemCon, in conjunction with direct pressure.
- For airway control, nasopharyngeal airways are emphasized over oropharyngeal or endotracheal intubation; nasal airways are fast, stable and effective in all unconscious or altered mental status patients, regardless of the presence of a gag reflex. Intubation is de-emphasized because it requires extra equipment and loss of situational awareness.
- The first one or two RTF teams that enter the building move deep inside to stabilize as many victims as possible before any one victim is evacuated. As victims are reached, the RTF police officers provide security in place while the medics treat the victims. Using the concepts of TCCC, they stabilize only the immediately life-threatening wounds on each patient they encounter, but leave these patients where they are found and move on.
- Medics are outfitted in ballistic vests and helmets to further mitigate the risk of operating in this environment. Based on daily staffing in Arlington County, a total of seven RTFs can be formed at any time, each equipped to carry enough supplies to treat up to 14 victims, depending on their injuries.
- The number of victims that can be stabilized by these initial RTF teams is limited only by the amount of supplies carried in. Once out of supplies, teams start moving back out of the building, evacuating patients they’ve treated. At the same time, additional RTF teams are formed as personnel become available; these teams are brought in with the primary mission of evacuating the remaining stabilized victims.
- A supply depot is set up near the entry point to the area of operations to allow for quick re-supply and turnaround for RTF teams. If needed, an internal casualty collection point will be set up near a secure entry point, where casualties can be grouped to allow for faster and more efficient evacuation by non-RTF EMS personnel.
- All patients are eventually evacuated to an external casualty collection point well outside the building in a secure location where traditional EMS care is initiated.