Complete continuity of care in the air ambulance industry transportation refers to by accompanying the patient during every stage of their journey. The air ambulance company’s medical teams will meet the patient at the discharging facility, and accompany them until they reach their destination. Not just the airport in the city, but to and from your room at home, the hospital or other care facility. It is incredibly important to keep your medical care as seamless as possible when transporting you and ensuring the receiving facility receives all of your details upon your arrival.
Advanced cardiac life support (ACLS) refers to a series of medical treatment actions performed for the urgent treatment of cardiac arrest, stroke and other life threatening medical emergencies, as well as the knowledge and training needed to carry out the actions and properly handle the situation. When a sudden cardiac arrest occurs, immediate CPR is a vital link in the chain of survival. Another important link is early defibrillation, which has improved greatly with the widespread availability of AEDs.
The current ACLS guidelines are set into several groups of ‘algorithms’ – a set of instructions that are followed to standardize treatment, and increase its effectiveness. These algorithms usually come in the form of a flowchart, incorporating ‘yes/no’ type decisions, making the algorithm easier to memorize.
The major source for ACLS courses and textbooks in the United States is the American Heart Association and in Europe is the European Resuscitation Council (ERC). Most institutions expect their staff to recertify at least every two years. Many sites offer training in simulation labs with simulated code situations with a dummy. Other hospitals accept software-based courses for recertification. An ACLS Provider Manual reflecting the new Guidelines is now available.
Only qualified health care providers can provide ACLS, as it requires the ability to manage the patient’s airway, initiate IV access, read and interpret electrocardiograms, and understand emergency pharmacology. Extensive medical knowledge and rigorous hands-on training and practice are required to master ACLS. Qualified personel include: physicians (DOs and MDs), pharmacists (PharmDs), dentists (DDS and DMDs), midlevel practitioners (PAs and NPs), nurses (RNs), and paramedics. Other emergency responders may also be trained. Some health professionals, or even lay rescuers, may be trained in basic life support(BLS), especially cardiopulmonary resuscitation or CPR.
It often starts with analyzing patient’s heart rhythms with a manual defibrillator. In contrast to an AED in BLS, where the machine decides when and how to shock a patient, the ACLS team leader makes those decisions based on rhythms on the monitor and patient’s vital signs. The next steps in ACLS are insertion of intravenous (IV) lines and placement of various airway devices. Commonly used ACLS drugs, such as epinephrine and amiodarone, are then administered. The ACLS personnel quickly search for possible causes of cardiac arrest (i.e. the H’s and T’s, heart attack ). Based on their diagnosis, more specific treatments are given. These treatments may be medical such as IV injection of an antidote for drug overdose, or surgical such as insertion of a chest tube for those with tensionpneumothoraces or hemothoraces.
2010 ACLS Guidelines
In 2010 the American Heart Association and the International Liaison Committee on Resuscitation updated the ACLS guidelines. New ACLS guidelines focus on BLS as the core component of ACLS. Changes include the exclusion of Atropine administration for pulseless electrical activity (PEA) and asystole and a new change in arrangement of CPR steps to be CAB rather than ABC. Additionally, the changes include end tidal CO2 monitoring as a measure of CPR effectiveness, and as a measure of ROSC.
2005 ACLS Guidelines
As of 2005, stroke is also included in the ACLS course with emphasis on the stroke chain of survival.The 2005 guidelines acknowledged that high quality chest compressions and early defibrillation are the key to positive outcomes while other “typical ACLS therapies … “have not been shown to increase rate of survival to hospital discharge”. In 2004 a study found that the basic interventions of CPR and early defibrillation and not the advanced support improved survival from cardiac arrest.
It normally makes both practical and economic sense to transport a patient via ground ambulance for transports within 200 miles.
Helicopter Air Ambulance
A helicopter Air Ambulance is generally used if an emergency transport is needed, especially from hospital to hospital within a range of about 200 miles.
Airplane (Fixed Wing) Air Ambulance
Non emergency transports more than 200 miles are usually most effective in a airplane air ambulance. Emergency air transports that are more than 300 miles are usually most effective in airplane air ambulance.
Yes, an air ambulance chartered on your behalf can transport patients who need non-critical care, are bedridden, or fragile. Many patients take a private air ambulance just because they cannot situp or have injuries that make them fragile, uncomfortable and not suited for normal commercial aircaraft transport.
Aircraft may be equipped with a combination of an Intensive Care Unit and a Coronary Care Unit based on patient needs.
Emergency medical aircraft should also have a specially FAA approved stretcher that looks similar to a bed that allows fragile patients to travel in comfort whil minimizing movement.
Level 1 Trauma Centers, Tertiary Care Centers, and Specialty Hospitals.
No. Pilots are charged with the safe and efficient transport of the crew and patient without regard to what is happening ” in the back”. By isolating pilots from patient involvement, they can make crucial flight decisions without influence.
Helicopters do respond to accident scene when the pre-hospital personnel’s evaluation of the patient/scene meets local air medical transport guidelines.
54% Inter-facility transports (hospital to hospital), 33% Scene response, and 13% Other (organ procurement/transport)
Trauma, medical (seizure, pulmonary, etc) spinal, burn, pediatric, replant, neonate, organ procurement, High risk OB, non-trauma neuro, and cardiac.
Physicians, Nurses, Pre-hospital personnel, Law Enforcement and any other personnel determined by state or local protocols.