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Cardiac Science Powerheart G3 AED
The Powerheart G3 AED determines the electrical impedance (resistance level) of each patient and customizes the energy level delivered.
Recertified Philips MRx 12-Lead Biphasic Defibrillators
The Philips HeartStart MRx is a transport monitor/defibrillator specifically designed with EMS in mind. With a wide viewing angle and full-color display, users appreciate the ease and speed at which critical information is conveyed.
Ambu SPUR II - Disposable Resuscitator
The Ambu SPUR® II features a unique shape that is small and easy to hold, yet provides optimum stroke volumes with just one hand. The bag itself is thin and responsive, and the SafeGrip surface ensures that the SPUR II can be firmly squeezed. All SPUR II resuscitators come in individual, resealable plastic carrying bags, with one or more masks and any special accessories.
August 1, 2012
Managing and moving the very large EMS patient
With the changing nature of the American body habitus, EMS providers have been increasingly challenged to provide care for very large patients, and a comprehensive approach is necessary to address the problem without harming patients or the providers.
Obesity can be defined based on either the patient's weight or Body Mass Index (BMI), but calls for patients weighing 350 pounds or more, which many EMS leaders consider requiring special movement capabilities, come almost daily in many districts. Patients topping 500 pounds must be transported by emergency teams with the right training, equipment and processes.
EMS agencies need to serve the patient with the right process in the right place and time, using effective, patient- and provider-safe principles and delivery. Very large patients have the right to expect professional and timely emergency care, and providers have the obligation to deliver such care without risking their own health.
The most successful EMS programs have enhanced overall patient transport operations, reduced patient and personnel injuries and avoided the spectacle of moving a person on planks, tarps or the floor of an ambulance.
A comprehensive program begins with a link through the 911 communication center (or equivalent) and a dispatch protocol that initiates a response appropriate for patient needs and system efficiency.
The management process could have a caller interrogation process for EMS call takers and dispatchers to send a response appropriate to a patient's size and the complexity of the building.
Some 911systems maintain databases linking information about known complex patients to an address. Or a caller may volunteer information that a patient is very large and/or in a location that will make transport difficult.
These enhancements allow dispatching proper transportation and personnel resources to treat and transport the large patient.
When a bariatric patient needs treatment or transport, an incident management plan will be necessary for timeliness, effective care and safety of the patient and emergency personnel. Some emergency services develop a protocol, including adding a safety officer to the usual Incident Command procedures. The protocol will include provisions for personnel, equipment, communications, medical care and safety. Here's a sample protocol:
EMS bariatric protocol
The large patient who requires emergency care has the right to timely, effective and safe care. When an emergency occurs with a patient whose weight is in excess of 300 pounds, this protocol will be considered. It will be utilized when the patient's weight exceeds the ability of the EMS crew to lift and move the patient safely.
Medical care equipment issues
For initial assessment of the patient, large blood pressure cuffs will be necessary. Several versions of cuffs are now extra-large in both length and diameter. The size of the cuff needed is roughly two-thirds of the upper arm and a large enough diameter for the cuff to maintain closure.
For some patients, auscultation through a very large arm is not successful, and a Doppler sound probe may be needed to obtain a systolic blood pressure. Some emergency medications may need adjusted doses, and if this is an important consideration, medical control may be needed for advice and orders.
Long-length IM needles will be needed to deliver those medications to the appropriate site. The same consideration will be needed for needle decompression of the chest.
Patient extrication and immobilization
Stabilizing the spine of a large patient will require atypical use of packaging equipment. Even the largest cervical collar will not fit the very large patient, so blanket or towel rolls may be fashioned along with lateral head pillows fastened securely to the backboard. Some manufacturers offer large backboards. In certain cases, the patient can be stabilized on two backboards secured together or a crisscrossed stack of backboards and plywood.
There are an increasing variety of lifting devices, such as special textile sheets that are useful as a lift and transfer device by an appropriate number of personnel.
Soft sling devices used in some hospitals and nursing facilities have capacity more than 1,000 pounds.
Reinforced plastic patient slide devices help move patients between beds and stretchers, and some devices use small, compressed air mechanisms to inflate a mat to lift more than 1,000 pounds.
The ambulance cots can be widened to 30 inches or more, which provide increased load area while still being able to pass through most structural doors.
The largest bariatric stretchers have 1,100 pound weight limits and are usually matched to ambulances fitted with ramps and a winch to load it in a safe manner.
It is likely that these specialized devices are available only in small numbers in any metropolitan area, so it is cost- and time-efficient to have those special resources available through mutual aid or other shared resource agreements.
Moving large patients through smaller and older buildings may require the safety officer to check for structural integrity and obstacles along the transportation pathway:
The movement of a very large patient on scene and in a vehicle must also maintain the dignity of the patient. If the patient's own clothing isn't available or must be removed, a large patient gown will be beneficial, in addition to sheets or blankets.
EMS services should know which hospitals have special capabilities to manage the bariatric patient. A first step is to contact medical control and the destination hospital regarding patient status so that preparations can be made prior to arrival.
The hospital will need to understand the patient's clinical condition, approximate size, time needed for preparation and any other considerations for transferring the patient from EMS equipment to hospital equipment. During that communication, the EMS provider must remember to consider patients' sensitivities concerning their health and status.
Managing the bariatric patient is one of the most complex challenges EMS providers encounter. To provide patient- and provider-safe care, EMS agencies should consider equipment, personnel and process guidelines to ensure timely and high-quality emergency care and movement for the very large patient.