Emergency Nursing Flashcards
What are the triage levels in the ED?
PAC1 - PAC4
What constitutes as PAC1, including ABCDE?
- State of CVS collapse
- In imminent danger of collapse
- Req. immediate attention
___________________________ - Airway: Obstructed
- Breathing: Hypo/perventilation
- Circulation: Hemodynamic compromise or hemorrhage
- Disability: GCS<9
_____________________________
Cardiac arrest, Seizure, Shock, Acute stroke, Poly trauma
What constitutes as PAC2, including ABCDE?
- Ill and non-ambulant, or in severe distress
- Not in imminent collapse
- Early attention needed to prevent deterioration
______________________________ - Airway: Patent
- Breathing: Mod distress
- Circulation: Mod compromise
- Disability: GCS 9-12
________________________________
Asthma, Chest pain, Pregnant with bleeding, Testicular pains, Burns
What constitutes as PAC3, including ABCDE?
- Ambulatory
- Acute mild to mod symptoms
- Requires acute treatment which will result in resolution of symptoms over time
_______________________________ - Airway: Patent
- Breathing: Mild distress
- Circulation: Mild compromise
- Disability: GCS >12
____________________________
Laceration, sore throat, sprains, diarrhea
What constitutes as PAC4?
Non-emergency
What are the triage levels in a disaster?
P0 - P3
What constitutes as a P0 in a disaster?
- Unlikely to survive
- Palliative care
- Not breathing even after 5 rescue breaths
What constitutes as P1 in a disaster?
- Immediate intervention and transport to hospital
- Compromised ABCD
- RR <10 or >30
or - HR >120 or CRT >2 sec
What constitutes as a P2 in a disaster?
- Can afford delayed transport to hospital
- Have life-threatening injuries but is not expected to deteriorate significantly over the next few hours
- RR 10-29
- HR 120 or CRT<2 sec
What constitutes as P3 in a disaster?
- Victims with minor injuries
- Unlikely to deteriorate within the next few days
- Ambulatory
How does the ED prepare for a disaster?
- Recall staff and extend working hours
- Decant existing PAC1 and PAC2 px to ICUs and wards
- Discharge PAC3 when possible
- Deploy medical surgical trolleys
- Temporary equipment bays
- Satellite blood bank
How does the ED prep for a trauma case? (pre-arrival)
- Pre-arrival code activated
- Based on ABC criteria >2, persistent hemodynamic instability, suspected active hemorrhaging that requires operation or angioembolisation
- SBP <90, HR>120, Fast, Penetrating torso injury
- Take hx from paramedics
AT MIST
- Age
- Time of incident
- Mechanism of injury
- Injuries sustained and suspected
- S/s
- Treatments performed
How does the ED react in a trauma case? (arrival of patient - Airway)
- Primary survey with simultaneous resuscitation
- Airway maintenance with C spine immobilisation
- Breathing and ventilation
- Circulation with hemorrhage control
- Disability
- Exposure with environmental control
How does the ED react in a trauma case? (arrival of patient - Breathing)
- Check if px can communicate
- Initiate suctioning
- Vital signs
- Early intubation especially if there are significant injuries to the face and neck that may lead to swelling of airway
- For volume depleted px, resuscitate and give fluids before intubation (intbn will inc ICP and red preload thus worsening hemorrhagic and obstructuive shock)
- Post intubation may have tension pneumothorax
- If no C spine immobilsation, can use head-tilt chin lift
- If have ^, jaw thrust or manual stabilisation
How does the ED react in a trauma case? (arrival of patient - Circulation)
- Permissive hypotension (Avoid dislodgement of unstable clot by higher pressures) except for px with head injury
- Start hemostatic fluid resuscitation
- Damage control surgery (to control hemorrhage and minimize contamination)
- Apply direct pressure to bleeding sites
- Place 2 large bore peripheral venous catheters
- Baseline bloods
- Venous blood gas for base excess
- ECG
- Consider intraosseous (in bone) or central venous access in difficult IV access
- Use of E-FAST for hemorrhages to evaluate bleeding in pericardial, perihepatic and perisplenic spaces
- Massive transfusion protocol (MTP)
- Pack 1: 4 units RBC + 4 units FFP + 1 unit PLT + Tranexamic acid (anti-fibrinolytic) within 3 hrs of injury
- Pack 2: 4 units FBC + 4 units FFP + 1 unit PLT with cryoprecipitate (prevent dilution of clotting factors)