EMSO - Field Trauma Triage/Air Ambulance/MCI Flashcards
What is Field Trauma Triage Standard (FTTS)?
- Detailed criteria that indicate when patients should be transported to a LTH and/or be transported utilizing a Helicopter Emergency Medical Service (HEMS)
- meant to reduce delays so that patients receive the focused care they need
- Delays the process of getting the patient to the nearest hospital in order to go to a trauma center which may be further away
Newest revisions of the FTTG reflect the latest collaboration of which stakeholders?
- Centre for Disease Control (CDC)
- MOH LTC EHSB
- Medical Advisory Committee (MAC)
- Ontario Base Hospital Group (OBHG)
- Ornge
- Ontario Association of Paramedic Chiefs (OAPC)
- Ontario Trauma Advisory Committee
Who plays a part in FTTG?
- Caller
- CACC Dispatcher
- Ornge Dispatcher
- Paramedic
- Flight Paramedic
- Flight Crew
4 steps in decision process
Step 1: Physiological
Step 2: Anatomical
Step 3: Mechanism of Injury
Step 4: Special Considerations
If any of the criteria in Step 1 or 2 are met, patient automatically meets the FTTG standard
If the criteria in a particular step are met, where can the patient be taken?
Paramedic may take the patient directly to the LTH if the land ambulance transport time is <30 minutes**
the transport time: from the time we leave scene to the time we get to LTH (consider time of day, road conditions); note that service-specific, some services have this time extended to 60 minutes (but for testing purposes, go with <30 minutes)
**if the paramedic is unable to successfully maintain the airway or the patient is unlikely to survive transport to LTH, patient MUST BE transported to the closest ED
Step 1: Physiological criteria
Any patient who suffers from significant traumatic MOI, any one of the following:
LOA: patient does not follow commands (TECHNICALLY it’s basically GCS <14 but use your clinical judgement)
Systolic Blood Pressure: <90 mmHg
Respiratory Rate: <10 or ≥ 30 breaths per minute, or need for ventilatory support
- <20 breaths per minute in infant <1 y.o.
Step 2: Anatomical Criteria
Any one of the following:
- all penetrating injuries to the head, neck, torso and extremities proximal to elbow or knee
- Chest wall instability or deformity (eg. flail chest) - not just broken ribs
- Two or more proximal long bone fractures
- Crushed, de-gloved, mangled or pulseless extremity
- Amputation proximal to wrist or ankle (not just fingers/toes)
- Pelvic fractures
- Open or depressed skull fractures
- Paralysis
What is the exception re: transporting patients who are unable to maintain their airway or are unlikely to survive transport to LTH?
If patient has a penetrating trauma to the torso or head/neck, and meet ALL of the following:
1) VSA yet not subject to TOR
and
2) Land transport to the LTH estimated to be <30 minutes
transport patient directly to LTH regarding of Step 1 and 2 criteria
The criteria used for bypass to a LTH in Steps 3 and 4 are not _____________; rather are indications of what?
absolute
Steps 3 and 4 are indications of POTENTIAL for significant injury or indicate the patient may require other support services at the LTH (not all patients in these two categories require transport to LTH; based on paramedic’s judgment coupled with Step 3 and 4 criteria to determine need for transport to LTH)
Step 3: Mechanism
Any one of the following:
1) Falls:
- adults ≥ 6 m (one storey = 3m)
- children (<15 y.o.) ≥ 3m or 2-3x height of the child
2) High Risk Auto Crash
- Intrusion ≥ 0.3m occupant site, ≥0.5m any site, including the roof
- Ejection (partial or complete) from automobile
- Death in the sam passenger compartment
- Vehicle telemetry data consistent with high risk injury (if available, but this is not available to paramedics
3) Auto vs pedestrian/bicyclist thrown, run over, or struck with significant (≥30 km/hr) impact
4) Motorcycle crash ≥30 km/hr
Step 4: Special Considerations
- Patients may be transported to LTH if any of the following criteria have been met BUT use paramedic judgement and local PPS bypass agreements to help with determining destination
Any one of the following:
1) Age:
- Older adults: risk of injury/death ↑ after 55 y.o.; SBP <110 may represent shock after 65 y.o.
- Children: should be triaged preferentially to a pediatric capable centre
2) Anticoagulant and bleeding disorders
3) Burns (with trauma mechanism)
4) Pregnancy ≥ 20 weeks - may be service specific but likely going to obstetrics-specific facility
Ontario’s air ambulance system is regarded as one of the largest and most complex in North America. True or False
True
Ontario’s air ambulance system performs approximately ___________ calls annually and services how many people in what area?
20 000 calls
servicing 13 million people covering 1 million km2
History of Air ambulance (When was it established and how it became ORNGE today)
- Ontario - first province with helicopter air ambulance
- established in 1977 with 1 aircraft
- 2002 - Amalgamation of base hospitals in Sioux Lookout, Thunder Bay, Sudbury, Timmins and Toronto
- Ontario Air Ambulance Base Hospital Program established
- 2001 Coroners Inquest - Ontairo Air Ambulance Services Co. (OAASC) - lots of scandals and bad stuff
- 2006- became ORNGE
Air ambulance operates from how many bases across Ontario, and how many of those are dedicated aircraft (aka staffed 24/7)?
22 bases; 12 are dedicated
Dedicated Aircraft are operated by what levels of paramedics (i.e. PCP, ACP, etc.).
Carry CCP/ACP/PCP crews, equipment, and supplies
Rotary wing aircraft are located in what locations?
Ottawa (1)
Toronto (Hamilton/Oshawa 2)
Thunder Bay (1)
Moosonee (1)
Kenora (1)
Sudbury (1)
London (1)
Fixed wing aircraft are located where
Sioux Lookout
Thunder Bay
Timmins
Role of charter aircraft
used if air ambulance is too busy; air ambulance has standing agreements with transfer companies (think RnR of the sky) who are on call to response and are made of ACPs and PCPs
Transport Canada
- Regulates the operation of aircraft in Canada (rules in which Ornge has to abide by but there are exceptions such as when Ornge is responding to an emergency)
- Control departures, landing and flight paths (i.e. over water, duty days, etc.)
Ministry Health and Transport Canada - Role
- Set qualifications for medics and pilots
- maintain aircraft and equipment standards
Certification of Pilots
Must meet flight time experience criteria
undergo continuous training and evals for competency
Certifications of paramedics working for ORNGE
- trained in emergency procedures
- must learn survival, underwater escape and handling of dangerous goods
- flight medic is trained to use onboard equipment to survive emergency landing and spending night in winter wild
Operations Control Centre (OCC)
- The dispatch centre responsible for daily air ambulance resources
- handles ~20 000 calls for air ambulance support yearly
- also organizes Pronvincial Transfer Authorization Centre (PTAC)
- 400 000 numbers/year
Origin of air ambulance - what was the need for it?
- trauma scene response was the primary resason for implementation of rotary winged aircraft
- HEMS response can result in decreased mortality due to a reduction in the time that a patient received definitive care as well as access to advanced clinical interventions
- For medical calls, patients with STEMI/CVA have shown to benefit greatly from HEMS response
- specialized transport of critically ill patients without depleting local resources
On scene requests for air ambulance should meet at least one of:
operational (geography) guidelines
AND
clinical (pt presentation) guidelines
Operational Guidelines
- Land response to scene >30 minutes and air can reach scene quicker
- land response to appropriate hospital >30 minutes and air can reach scene and transport the patient to hospital quicker than land ambulance
- Land and air response >30 minutes, but ALS required and not available on land
- MCIs - multiple patients who meet clinical criteria and local land ambulance resources are already being fully utilized
Clinical Guidelines for requesting air ambulance
1) Any patient meeting FTTS
2) Medical
- Shock - especially hypotension with altered mentation
- suspected aortic aneurysm rupture
- massive GI bleed
- severe sepsis
- anaphylaxis
- cardiogenic shock, etc.
- Acute CVA within 6 hours of Sx onset
- Altered LOA (GCS < 10)
- Acute respiratory failure or distress
- Suspected AMI (STEMI) or potentially lethal dysrhythmia
- Arrest patients - cardiac/respiratory
- Status epilepticus
- Unstable airway or partial airway obstruction
3) Obstetrical
- Active labour with abnormal presentation (shoulder, breech, limb)
- Multiple gestation and active labour
- Umbilical cord prolapse
- Significant vaginal bleed (suspected abruptio placenta or placenta previa or ectopic)
What are other considerations in which, in the paramedic’s or ACO’s judgement, an air ambulance may be requested?
1) The perceived severity, without confirmation of reported injuries would meet the clinical guidelines
OR
2) the patient cannot reasonably be reached by land (i.e. sites without road access like islands, geographically isolated places, etc.)
If air ambulance has already been initiate but after making patient contact you decide it is not necessary to have them, can you cancel?
Yes, paramedics may choose to cancel the air response based on patient presentation however contact CACC/ACS and advise that an on-scene air ambulance helicopter response is not required and why it is not required
If an air response hasn’t been initiated and a paramedic would like to request air, what shall the paramedic provide the ACO with?
1) applicable operational and clinical guideline
2) ETA to prepare the patient for transport, identify separately any time required for patient extrication
3) ETA for applicable receiving facility - provide estimated land ambulance driving time to the closest appropriate hospital
and any additional information as required
Land crews will not delay transport in order to wait for an air response unless:
- final approach (you can see them and they are lading)
- local hospital
- LTH
If the air ambulance helicopter is en route but not on final approach to the scene, and the land paramedics have the patient in his/her ambulance, what shall the paramedics do? How about air ambulance?
Land ambulance will proceed to the closest local hospital with an emergency department. The air ambulance helicopter will proceed to that local hospital and, if appropriate, assist hospital personnel prepare the patient for rapid evacuation.
A land crew may rendezvous with an air ambulance if:
1) air amublance helicopter is able to land along the direct route of the land ambulance (towards the hospital)
AND
2) it would result in a significant reduction in transport time to the most appropriate hospital
Landing site coordinator - who is it usually and what protective apparel do that have to wear?
- one rescuer (usually Fire) to assume this role when helicopter is landing
- have to wearing protective apparel:
- visible vest/coat
- helmet with visor
- safety goggles or glasses
Landing site requirements (8)
1) Site will not affect rescue efforts
2) Clear area of at least 150’ x 150’ required
3) With a safety area, additional 100’ for purpose of controlling vehicle & personnel access during landing/takeoff
4) Away from overhead wires & utility poles
5) Flat surface
6) No loose debris within the landing site or safety area
7) Avoid gravel & sand sites - potential injury
8) ultimately pilot is responsible for selecting landing site & has final decision whether to land
Landing site - site safety (What are things to consider re: safety)?
- no vehicles or personnel within landing site & safety area during landing or take off
- Closer all vehicle doors & access compartments on vehicles close to site
- Secure all loose articles & equipment
- If requested by flight crew, the Landing Site Coordinator will stand at the upwind edge of safety area, back to the wind & facing the site
- Do not have fire lay out hoses, any lines laid should be charged
- Site Coordinator will wave off Helicopter if site security is compromised by personnel or vehicles
During landing and take off, stay out of what areas?
safety area & landing site
Rules/Guidelines for approach/departing the helicopter (5)
- Only when directed by a member of Air Crew
- Never approach from rare by tail rotor-difficult to see
- Approach from downhill side if on uneven ground
- Carry all equipment horizontally at or below waist level, never over shoulder
- Ensure hats, scarves, gloves, glasses and all losse articles are secure
Limitations of air ambulance
- HEMS will not be permitted to respond to night calls which require landing at a site other than night licensed airports, helipads, or night approved remote landing sites
- typically will not land on site ~1 before sunset to 1hr after sunrise
- HEMS will NOT conduct “search and rescue” operations