The Bullet- Trauma Review and the 20-Second Shout Out for...
Transcript of The Bullet- Trauma Review and the 20-Second Shout Out for...
The Bullet- Trauma Review and
the 20-Second Shout Out for TraumaDustin Stuart DO
Central Montana EMS Conference
3/23/2019
Objectives
What is trauma and what is my role?
What is a trauma center and how does it benefit my patient?
How do I concisely share the information I have gained about my patient to
the accepting trauma team?
This is Trauma
What is Truama?
Traumatic injury is a term which refers to physical
injuries of sudden onset and severity which require
immediate medical attention. The insult may cause
systemic shock called “shock trauma”, and may require
immediate resuscitation and interventions to save life and
limb.- University of Florida
Multi system trauma approach
The most dramatic injury usually is NOT
the most dangerous
Primary Survey
Secondary Survey
Re-evaluation
Initial Management
Airway
Breathing
Circulation
Disability
Exposure
Correct problem before moving on
Airway
Assess for Patency
Look
FB in Airway
Blood/Vomit/Secretions
Listen
Noisy Breathing = Obstructed Breathing
Normal speech = No Obstruction
Feel
Tracheal Location and Midline Shift
Airway Obstruction
Be Vigilant with
Maxillofacial Trauma
Neck Trauma
Laryngeal Trauma
Nonverbal Patients
Airway Interventions
Remove FB/Secretions/Emesis
Chin lift/Jaw Thrust
Oral/Nasopharyngeal airways
Reassess after interventions
Maintain C spine precautions
Breathing
Open airway does not equal Ventilation
Look
Chest rise/Symmetric movement
Listen
Symmetric and adequate BS/Adequate rate
Feel
Crepitus
Breathing
Danger Signs
Respirations <10
Respirations >24
Poor Chest Rise
Labored breathing
Crepitus
Breathing
If inadequate ventilation/airway
BVM→ 2>1
LMA
ET intubation
Breathing
Remember:
If Adequate BVM +/- Intubating
All trauma patient deserve Oxygen
Face mask is best
Protect the Spine
Circulation
Look
Skin Color
Listen
BP→ Late sign
Level of Consciousness
Feel
Pulse
Perfusion
Circulation
Interventions
IV→ Fluids
Control Hemorrhage
Tourniquet→ uncontrolled bleeding in unstable patient
Reassess after interventions
Disability
GCS
AVPU
Exposure
Remove from toxic exposures
Remove wet clothing
Prevent hypothermia
Expose for exam
Secondary Survey
After primary → If stable
No Secondary → No problem
Multiple Trauma Prehospital Goals
Goal → Stabilize patient and transport to definitive care
Definitive Care unstable patient → OR
Minimum time on scene
Maximum treatment in route
Continue reassessment → ABC’s
Goal
10
. . . in the right amount of time.
. . . to the right place
Get the right patient . . .
Where do I take my patient?
Accessibility to Trauma Centers
Branas CC, et al; JAMA, 2005:
Almost 90% of the US population lives in areas accessible to designated trauma care (Level I, II or III centers) within a one hour
period of time
Access to Level I and II TC’s within 60 mins
Ground EMS (5% land area, 60 % pop)
Access to Level I and II TC’s within 60 mins
Ground + Air Medical EMS
(35% land area, 90% pop)
Trauma Center
An institution committed to the care of injured patients, from acute care to rehabilitation
Initial resuscitation
Operative management
Critical care
Continuing care
Trauma Center
Immediate availability on a 24-hr basis:
Specialized surgeons
Physician specialists
Nurses
Allied health personnel
Resuscitation and life support equipment
Teamwork
Physicians:
Surgery
EM
Ortho
etc
Therapists:
Respiratory
Physical
Occupational
Technologists:
Lab
Xray
Nurses:
ED
OR
ICU
Ward
Clinic
Trauma Centers
Levels- established by ACS-COT:
Level IV
Level III
Level II
Level I
“Designated”- state agency
“Verified”- ACS-COT site visit
Level IV
24 hrs: ED, Lab
Does not need 24 hr Emer Med
Desirable: 24 hr Gen Surg, Anesth
Initial resuscitation
Refer to higher level center
Level III
General Surgery- immediately available*
Available 24 hrs: EM, Orthopedics, Plastics, Radiology, Anesthesia
Neurosurgery is desirable
Required (24 hr) : Xray, CT, PACU
Desirable (24 hr): Xray Tech, Resp Tech
* = within 15 minutes of patients arrival in ED
Level II
Level III Criteria, plus:
Physicians*: Neurosurg, Hand, OB/GYN, Ophth, OMFS, Thoracic, CCM
24 hr OR is desirable
Injury Prevention outreach
*Inhouse trauma surgeons NOT required
Level I
Level II criteria, plus:
Physicians*: Cardiac surg, Microvascular
Services: CPB, inhouse OR personnel, inhouse SICU service
Teaching facility (Surg residency, ATLS)
Research
Admissions: 1,200/yr; 240 with ISS > 15
Tertiary referral / resource center
*Inhouse trauma surgeons NOT required
Effect of Trauma-Center Care on
Mortality
Trauma patients managed at 18 Level I trauma centers compared to 51 non-trauma centers (14 states)
Complete records available for:
1104 patients who died
4087 patients discharged alive
CDC funded
MacKenzie EJ, et al, NEJM, 2006
Effect of Trauma-Center Care on
Mortality
In-hospital mortality :
Trauma center: 7.6%; relative risk 0.80
Non-trauma center: 9.5%
One year mortality rate:
Trauma center 10.4%, relative risk 0.75
Non-trauma center: 13.8%
Differences in mortality rates primarily confined to patients with more severe injuries
You (or your patient) are 25%more likely to survive if
taken to a trauma center.
Level I vs Level II
Traditionally outcome between Level II and Level I centers viewed to be equivalent
Criteria for clinical care nearly identical
Level I primarily teaching / research facility
Superiority of Level I
Retrospective review using NTDB
pts > 14 yrs, ISS >15
One of the following injuries:
Aortic
vena cava
iliac vessels
Cardiac
Grade IV/V liver injuries
quadriplegia
complex pelvic fxDemetriades D, et al., Ann Surg, Oct 2005
Trauma Transfer Criteria
Physiologic Criteria
Take to Trauma Center:
Glasgow Coma Scale Score < 13
Systolic blood pressure < 90 mm Hg
Respiratory rate < 10 or > 29
<20 in infant (under one year of age)
Or need for ventilatory support
Physiologic derangement correlates well with severity of injury and can predict mortality
Baxt WB, et al., Ann Emerg Med, 1989
Patients with significant tachycardia and hypotension have typically lost 30 – 40% of their blood volume and often are in need of emergent transfusion and surgical intervention
Physiologic Criteria
Anatomic Criteria
All penetrating injuries to head, neck, torso and extremities proximal to elbow or knee
Chest wall instability or deformity ( i.e., flail chest
Two or more proximal long bone fractures
Crush, degloved, mangled or pulseless
Amputation proximal to wrist or ankle
Pelvic fractures
Open or depressed skull fractures
Paralysis
Some patients with lethal injury may present with normal vital signs, especially if EMS response has been rapid
Reliance on only physiologic criteria may result in undertriage
Anatomic Criteria
Mechanism of Injury
Falls
Adults > 20 ft (one story is equal to 10 ft)
Children < 15 yrs: > 10 ft or 2-3 X height of the child
High-risk auto crash*
Intrusion, including roof: > 12” occupant site; > 18” any site
Ejection (partial or complete) from automobile
Death in same passenger compartment
Vehicle telemetry data consistent with high risk of injury
Auto-pedestrian / auto-bicyclist thrown, run over, or with significant (> 20 mph) impact
Motorcycle crash >20 mph
* Removed: rollover, deformation to vehicle
Special Circumstances
Older adults: risk of injury death increases after age 55 SBP < 110 may represent shock after age 55
Low impact mechanisms (e.g., ground level falls) may result in severe injuries
Children: should be triaged preferentially to pediatric-capable trauma center
Anticoagulation and bleeding disorders Patients with head injury are at high risk for deterioration
Burns
Without other trauma: burn facility
With other trauma: trauma center
Pregnancy > 20 weeks
EMS provider judgment
Above all, do no further harm
Mortality:
28.8% EMS Transport
14.1% Private Transport
Scene time
More than 20 mins for both
blunt and penetrating trauma
PreHospital Trauma
Life Support
Based on ATLS
10
Platinum
10 minutes
Golden
Period
For critically injured
patients, initiate
transport to the closest
appropriate facility
within 10 minutes of
arrival on scene.
PHTLS
Limited, key field interventions:
Airway control
Oxygenation and ventilation support
Hemorrhage control
Spinal Immobilization
Rapid Transport to appropriate facility
Initiate IVs enroute
NOT “scoop and run”
IV Fluids
No data has ever documented improved survival based upon prehospital IV fluid therapy
One study suggests increased mortality rate in hypotensive trauma patients given prehospital fluid
Transportation
Gasoline (or diesel or
JetA) is the most important
fluid in prehospital trauma
care
Who needs to know?
Heads Up
Give the accepting trauma center time to prepare
Obtain pertinent information to give in hand off
What
When
How
20 Second Shout Out For Trauma
Improve communication between team members
Standardize timing and format for verbal reports
Preserve prehospital, life-saving interventions during
transition to definitive care.
20 Second Shout Out for Trauma
After Primary survey is completed by the physician
1. Age, gender, MOI, Time of event
2.Prehospital VS, HR, Blood Pressure, O2 sat, Resp rate
3. Identified Injuries
4.Prehospital Interventions
5. Changes in Pt status, LOC, Hypotension
6. Past Medical History, Allergies, Meds, Blood Thinners
Put it all together case
20’s y/o M, single car
MVA into tree, ejected,
found on ground,
unresponsive, Heavy
bleeding from open
Femur Fx
Assesment and Plan
Airway- Gurgling, Deviated trachea
Breathing- Sonorous, Absent on left
Circulation- Weak, thready pulse
Disability- GCS- Eyes 2, Speech 3,
Motor 4
Exposure- Wet clothes, Obvious
open femur with active
hemorrhage
Jaw thrust, airway adjunct, CSI
Assist breathing, Needled chest
2 Large Bore IVs, 1L warm Saline
Reevaluate GCS with treatment
Remove wet clothes, fx to neutral
and splinted, Direct
pressure>tourniquet
20 Second shout out report
20 yo Male, unrestrained driver, front impact at high speed, partially ejected at 1925.
P-128, BP-88/52, O2-92% @ 15L, R 12
Absent lung sounds left, Open Femur with hemorrhage, GCS 9
Airway, C-spine, assisted ventilations, Bilateral AC 18g, 1L NS, splint with tourniquet @1941, 100mcg Fentanyl
Blood pressure and Pulse improved with fentanyl and IVF
Hx per family, No medical conditions, allergy to PCN, No meds, No blood thinners
1. Age, gender, MOI, Time of event
2.Prehospital VS, HR, Blood Pressure, O2 sat, Resp rate
3. Identified Injuries
4.Prehospital Interventions
5. Changes in Pt status, LOC, Hypotension
6. Past Medical History, Allergies, Meds, Blood Thinners
Questions?
Mechanism of Injury
https://www.youtube.com/watch?v=0HAGMb_jAdU