Trauma

  1. Primary Survey
    • D - Danger
    • R - Response 
    • C - Catastrophic Haemorrhage 
    • A - (C) - Airway ( c-spine consideration)
    • B -  Breathing 
    • C - Circulation 
    • D -  Disability
    • E - Expose and Examine.
  2. Trauma Deaths
    • Due to Blood Loss
    • Loose 30-40% Blood Loss you are in trouble. 
    • 50% Blood Loss - circling the drain.
  3. Signs/Compensation of Blood Loss
    • Increased Respiration Rate
    • Increased Heart Rate
    • Vasoconstriction (keep blood in the vital organs)
  4. Time on Scene
    • Less than 5 min for penetrating Trauma 
    • Less than 20min for Blunt Trauma
  5. Oxygen treatment
    All trauma pts to receive 100% o2 as soon as airway is clear/Patent.
  6. C-Spine considerations
    • All Pts with a serious head injury or Loss of Consciousness ( LOC) has a spinal injury until proven otherwise
    • Treat for the worst
  7. Sending a priority Trauma Call on PD09
    • C - Call Sign
    • A - Age
    • T - Time of Injury 
    • M - Mechanism of Injury ( MOI) 
    • I  - Injuries
    • S - Severity 
    • T - Treatment Given/Required
  8. Trauma
    • "Energy that comes into contact with the body that causes injury"
    • PTS aged 20-50 best able to compensate
  9. Blunt Trauma
    Force applied to outside of body that doesn't pierce the skin
  10. Penetrating Trauma
    Goes into the body
  11. Mechanism of Injury ( MOI)
    • The MOI is the physical Force that is Exerted on the body which results in an injury
    • High Mechanism - high energy transfer, high injury
    • Maintain high index of suspicion
  12. Triage Sieve
    • P1 Red Immediate response 
    • P2 Yellow Urgent Response 
    • P3 Green Delayed Response 
    • White - Dead no treatment
  13. Triage - SORT
    Re-assesment of Patients
  14. Major Incident Reporting Mechanisms
    • S - Safety
    • C - Cause ( MOI) 
    • E - Environment 
    • N - No of PTS
    • E - Extra Resources Required

    • M - Major Incident Declared 
    • E - Exact Location
    • T - Type of Incident 
    • H - Hazards
    • A - Access/egress for Vehicles 
    • N - No of PTS
    • E - Emergency Services Required
  15. Handover Models
    • A - Age
    • T - Time of Incident
    • M - Mechanism of Injury 
    • I - Injuries 
    • S - Severity 
    • T - treatment given/required

    Or 

    • C - Call sign/cad number
    • A
    • T
    • M
    • I
    • S
    • T
  16. NHS Handover
    • S - Situation 
    • B - Background
    • A - Assessment 
    • R - Recommendations, Requests, Read back.
  17. Shock
    • "Is the inadequate perfusion of a tissue"
    • Eg. A short fall of blood
    • Losing volume, you lose pressure
  18. Unconscious Control
    • Parasympathetic - Rest, digest, dilates vessels
    • Sympathetic - HR, BR, things that keep us alive - constricts the vessels.
  19. Hypovolaemic Shock
    • Severe haemorrhage ( Internal/ External) 
    • Extensive Burns ( loss of Fluids from the Blood) 
    • Severe Diarrhoea/vomiting - loss of electrolytes and water.
  20. Internal Haemorrhage
    • Chest - Haemothorax ( blood in the pleural cavity) 
    • Abdomen - Ruptured Organs
    • Pelvis - Vasculature inside the pelvis
    • Longbones - fractured femur/humerus
  21. Signs of Internal Bleeding
    • Bruising/ contusions
    • Haematoma
    • Abdo - Guarding or Rigidity
    • Open wounds on surface
    • swelling deformity
    • seatbelt injury marks
  22. Stages of Hypovolaemic shock
    • Stage 1 - Body is able to cope with the loss and no obvious clinical signs ( 15% blood loss),RR, Pulse Rate all elevated. 
    • Stage 2 - Compensated Stage, blood loss more significant body compensatory mechanisms maintain blood pressure despite reduced blood volume ( RR, Pulse Rate increased) 15-20% blood loss
    • Stage 3 - Decompensated shock body cant cope with changes in blood volume. Bp Drops, BradyCardia, becoming hypoxic due to tachypnea ( air hunger) 30-40% Blood Loss
    • Stage 4 - Irreversible stage, organ failure has set in even if pt's circulation is restored, very likely they will die.  40% + Blood Loss
  23. Signs and Symptoms of Hypovolaemic Shock
    • Tachycardia 
    • Tachypnea ( Increased RR) or Depth
    • Abnormal Behaviour Agitated due to hypoxia
    • Dizzy/Faint
    • Pale,cold extremities, delayed cap refil, dilated pupils, thirst
    • stage 4 - near fatal, reduced LOC, Bradycardia
  24. Management of Hypovolaemic Shock
    • Apply Splint for Pelvis/long bones if suspected fracture
    • immobilise only if necessary ie NOT for a single stab wound
    • Minimise unnecessary movement to aid clotting
    • nil by mouth incase anaesthetic required
    • prevent hypothermia ( as it will reduce ability to clot blood) 
    • minimal time on scene - load and go
    • pre alert MTC on Pd 09 use Catmist 
    • constant re-assesment, use capnography for RR 
    • perform secondary survey on route if time allows
  25. Distributive Shock - Spinal/Neurogenic
    • Spinal cord runs in spinal canal down to L2 in Adults
    • Spinal canal in Cervical region is large, risk of secondary injury due to swelling is reduced with immobilisation. 
    • Thoracic region spinal cord is wider and spinal column is relatively narrower, an injury here is more likely to completely disrupt and damage spinal cord.
    • Bradycarida, drop in BP, Slow RR, Flushed Face, if at C7 neurogenic shock at high cervical level
  26. Spinal Damage 
     and 
    Neurogenic Shock
    Complete loss of motor function and often sensory loss

    and 

    State of Poor tissue perfusion caused by sympathetic tone loss often after a spinal cord injury
  27. Mechanism of Injury ( MOI) Neurogenic shock
    • Sporting injuries 
    • Falls
    • RTC
  28. Signs of Spinal Cord Injury
    • neck or Back Pain
    • Reduction/loss of sensation or movement in limbs
    • Burning sensation in trunk or limbs
    • sensation or electric shock in trunk or limbs
  29. Symptoms of Spinal Cord injury
    • Diaphragmatic or Abdo breathing
    • warm Peripheries/Vasodilation in presence of hypoextension
    • Flaccid Muscles with Absent reflexes
    • priapism - erection in the penis
  30. Signs of Neurogenic Shock
    • Hypotension ( Systolic B often 80-90mmhg) 
    • Bradycardia
  31. Treatment of Spinal Cord injury and Neurogenic shock
    • Request Para or Hems early 
    • administer 100% o2 via non rebreather 
    • keep movement to a minimum to prevent further injury to spinal cord
    • prevent hypothermia 
    • carefully immobilise patients with MOI suggests SCI ie fall from height
    • if extrication required use KED/longboard if time allows and ABC's stable and controlled log roll
    • don't transport on long board use orthopaedic stretcher 
    • minimal time on scene
    • nil by mouth in case anaesthetic required
    • pre alert MTC via PD09 using catmist 
    • constant reassesment and capnography for RR
    • only perform secondary survey if time allows on route.
Author
Davef
ID
345530
Card Set
Trauma
Description
Trauma
Updated