There are many recent articles published
in scientific literature on the topic of
work-related stress. However, these
studies focus on the effects of stress
on the workers and not on the impact
that stress could have on their work
performancemore specifically on the
calltaker’s (emergency dispatcher (ED))
performance and consequently on the
whole Emergency Medical Service (EMS).
Anecdotally, numerous MPDS® (Priority Dispatch Corp., Salt Lake City, Utah, USA)-user agencies in the USA, Canada, UK, and Brazil have reported that the emergency caller has difficulty understanding the key question (KQ) “Is s/he completely alert?”
Situational awareness (SA, also called
situation awareness) is the ability to take in
relevant information about an event in order to
understand it and take effective action.
Maintaining effective SA as an emergency
medical dispatcher (EMD) may be more
difficult than in other, similarly complex roles
because of the remote nature of an
emergency call for help.
Sick Person (Specific Diagnosis) is one of the
most commonly used Chief Complaint Protocols
in the Medical Priority Dispatch System (MPDS).
This protocol is often used when a caller does not
report any specific or high-priority symptoms. Of
particular concern is the 26-ALPHA-1 determinant
code, which refers to a person with “No priority
symptoms” and none of the specific symptoms
listed on the ALPHA-code drop-down list (Fig. 1).
Despite long-standing calls for consistent
training practices, very little is known about
the methods used in emergency dispatcher
training, their relative efficacy, or the topics or
competencies addressed.
Cardiovascular disease remains the most common cause
of death worldwide, with ischemic heart disease (IHD)
causing nearly nine million deaths per year. Coronary heart
disease (CHD) is estimated to cause about one-third of
all deaths in people over 35 years old, and the incidence
of CHD is expected to continue to rise. Acute myocardial
infarctions (AMIs)—heart attacks—represent a significant
portion of this overall CHD mortality, with approximately
620,000 Americans suffering a first heart attack, and
295,000 suffering a repeat event, each year.
Emergency communication centers often field a
large number of calls requesting transportation
for patients from one care facility to another.
Transferring patients between facilities can be
frustrating for nearly everyone, including care facility
staff, emergency dispatchers, communication center
leaders, and responders.
Identification of persons based on verbal descriptions
is one of the key skills of police work. This includes
identifying suspects, but also locating missing persons,
identifying a person needing help in a public assist call, or
finding and helping a person who is threatening suicide.
Correct identification can lead to reduced loss of life,
reunions of missing persons with their loved ones, and
apprehension of suspects, while incorrect identification
can have terrible unintended consequences for both
officers and civilians.
Traffic incidents (collisions and crashes) are among the
most common call types handled by Emergency
Communication Centers (ECCs). They are also among the
most complex call types because they represent such
a range of possible situations. These can range from
“fender benders” with no injuries and little or no property
damage—in which case a single law enforcement officer
might be an appropriate response—to mass-casualty
events involving trains, buses, or other large, multipassenger vehicles.
Caller-party type may determine the accuracy of the information collected by the EMD. Has this distribution changed in the past decade? Are EMD’s gathering more accurate information? And why is the caller party dynamic changing? The objective is to retrospectively look at the distribution of the caller-party type in a mostly urban/suburban, high performance EMS system. ProQA data from 2004 to 2017 was extracted and evaluated to identify any trends. This was a retrospective, descriptive, and uncontrolled study of de-identified medical dispatch data, collected using ProQA data from an...
