DR.MUHAMMAD ABDUL SHAKOOR
TRAINEE REGISTRAR SURGICAL UNIT
1
SHEIKH ZAYED HOSPITAL LAHORE
 An effective trauma system needs the teamwork of EMS, emergency
medicine, trauma surgery, and subspecialists.
A) Pre-hospital phase
 Receiving hospital is notified first.
 Send to the closest, appropriate facility.
B) In Hospital Phase
 Advanced planning for the trauma pt. arrival.
 Method to summon extra medical assistance.
 Transfer agreement with verified trauma center established.
Development of pre-hospital Emergency Medical Services
(EMS) with three purposes:
Get to the patient quickly.
Fix what we can fix .
Quickly get the patient to the right hospital.
 Golden Hour = 80% of trauma deaths in first hour after injury
 Rapid trauma care has greatest level of impact in these patients
4
Immediately Hours Days/Week
50%
30% 20%
The "Golden Hour" concept, the period of 60 minutes or less
following injury when immediate definitive care is crucial to a
trauma patient's survival.
A. Multiple Casualties :
No. of severity & pt. do not exceed the ability of the facility.
B. Mass Casualties :
No. & severity of pt. exceed the capability of the facility
& staff.
Color
Codes
Triage Tag
RED : Most
critical injury.
YELLOW :
Less critical
injured.
GREEN : No
life
threatened
injury.
BLACK :
Death or
obviously
fatal injury.
RADIOGRAPHER
ANAESTHESIST
NURSE 1
GENERAL SURGEON
ED PHYSICIAN
ORTHO REGISTRAR
WARDS PERSON
NURSE 2
TEAM LEADER
ANAESTHETIC ASST.
• ANATOMICAL
• PHYSIOLOGICAL
• MECHANISM
ANATOMICAL
 INJURY TO 2/ MORE BODY REGIONS
 FRACTURE 2/ MORE LONG BONES
 SPINAL CORD INJURY
 AMPUTATION OF LIMB
 PENETRATING INJURY TO HEAD, NECK TORSO/ PROX. LIMB
 BURNS> 15% IN ADULTS, >10% IN CHILDREN, AIRWAY BURNS
 AIRWAY OBSTRUCTION
PHYSIOLOGICAL
SBP<90mm Hg/ PR- >130 per min.
RR<10/ >30 PER MIN
DEPRESSED CONSCIOUSNESS
AGE>70YR WITH CHEST INJURY
PREGNANCY>24 WEEKS WITH TORSO INJURY
MECHANISM
BIKER/ PEDESTRIAN HIT BY VEHICLE>30KM/HR
FALL>5 METRE
FATALITY IN SAME VEHICLE
MOTOR VEHICLE CRASH WITH EJECTION
 Trauma team activation prior to arrival
 Name tags worn
 Universal precaution in place
 Lead gowns in place
 X-ray cassette in place
 Warmed i.v fluids hanging
 O-neg blood ready, blood warmer and rapid infuser ready
 Trauma surgeon notified if SBP<90mm Hg
 Theatre notified
 Radiology notified
PRIMARY SURVEY:
• Airway maintenance with cervical spine protection.
• Breathing and ventilation.
• Circulation with hemorrhage control.
• Disability: Neurologic status.
• Exposure/Environmental control.
AMPLE history.
Allergies
Medications (Anticoagulants, insulin and cardiovascular medicine).
Past medical/surgical history
Last oral meal (Time)
Events /Environment surrounding the injury.
The tertiary survey is a repeat clinical examination along
the lines of the primary and secondary surveys.
 It is performed with the aim of identifying injuries that
have been missed during initial assessment.
This survey consists of a structured and comprehensive re-
examination that takes place within 48-72 hours.
GCS score of 8 or less.
Inappropriate verbal response.
Protection of the spine.
Pt. with maxillofacial or head trauma should be presumed
to have and unstable cervical spine.
The neck should be immobilized until all aspects of the
cervical spine have been adequately studied and an injury
has been excluded.
 Maintenance of Airway
Patency
– Suction of Secretions
– Chin Lift/Jaw thrust
– Nasopharyngeal Airway
– Definitive Airway
 Airway Support
– Oxygen 100%
– Bag Valve Mask
 Definitive Airway
– Endotracheal Intubation
In-line cervical
stabilization
– Surgical
Crichothyroidotomy
LEMON
Assessment for
Difficult Intubation
– Look externally
– Evaluate 3-3-2 rule
– Mallampati
classification
– Obstruction
– Neck mobility
To secure the airway with
direct laryngoscopy,
manual in-line
stabilization (MILS) of
the neck is the standard
care of these patients in
the acute stage.
MILS is best
accomplished by having
two operators in addition
to the physician who is
 Do not confuse airway problem for ventilation problem
 Patent airway does not equal adequate ventilation.
 Need good gas exchange
• Oxygen in
• CO2 out
Rapid assessment of
 RR
 SPO2
 TRACHEA
 CHEST EXPANSION
 PERCUSSION
 AUSCULTATION
 INSPECT:Equal chest rise,paradoxical chest movements,contusion,sucking chest
wound,distended neck veins
 PALPATE:Trachea,chest wall tenderness,subcutaneous emphysema,sternal and
rib fracture
 PERCUSS:dullness,hyperresonance
 AUSCULTATE: equal breath sounds,absence of breath sounds
Respiratory Distress
Hyperinflated Chest
Deviated Trachea
Decreased Movement
Decreased Breathsound
Tachycardia
Hypotension
NEEDLE THORACOSTOMY VIA 2ND ICS IN MCL
FOLLOWED BY DEFINITIVE CHEST TUBE (4TH- 5TH ICS JUST
ANTERIOR TO MAL CONNECTED TO WATER UNDER SEAL DRAIN)
Signs Similar To Tension Pneumothorax Except Dullness On
Percussion
Shock
T/T- Tube Thoracostomy
• Thoracotomy In
 >1500ml DRAIN IMMEDIATELY
 >200ml/Hr FOR 4 HOURS
• Contact CTVS Early.
 Chest Tube At Site Separate To
Defect
 Cover Wound With 3 Sides Gauze
 Definitive Debridement In OT
 >2 Rib Fractures
In 2 Or More Places
 Paradoxical Chestwall Movement
 Adequate Ventilation
 Reexpand Lungs: Intubation,,
CTVS Consultation
 Penetrating Injury
 Becks Triad
 Echo/ FAST
 Pericardiocentesis.
 Emergency Room Thoracotomy/
Urgent Thoracotomy
HYPOTENSION
DISTENDED
NECK VEINS
MUFFLED
HEART
SOUND
Assess-
• Pulse .
• Skin Colour And Temperature
• Conscious Level(GCS)
• Capillary Refill Time
• Decreased Urine Output
• Hypotension-a Late Sign When≥ 30% Blood Volume Lost.
Stopping The Bleeding : Most Important Priority
External hemorrhage
• Apply direct pressure
• No tourniquets except for traumatic amputations
Be aware of possible sources of internal bleeding both from
blunt and penetrating trauma
• Chest
• Abdomen
• Pelvic Fractures
• Long Bone Fractures
Primary Survey - Circulation
Table 251-4 Estimated Fluid and Blood Losses Based on Patient's Initial
Presentation
Class I Class
II
Class
III
Class
IV
Blood loss (mL)* Up to 750 750–1500 1500–2000 >2000
Blood loss (percent blood
volume)
Up to 15 15–30 30–40 40
Pulse rate <100 100–120 120–140 >140
Blood pressure Normal Normal Decreased Decreased
Pulse pressure (mm Hg) Normal or
increased
Decreased Decreased Decreased
*Assumes a 70-kg patient with a preinjury circulating blood volume of 5 L.
Control bleeding with direct pressure
Splint limb fractures
Insert 2 large bore IV cannulas in adults or cut down on long
saphenous v
Send off blood-cross match,coagulation screen,Hb,
Hct,biochemistry,blood alcohol level if req
Intraosseous needle in children upto 10 yrs
Fluid replacement:adults upto 2-3 Lt crystalloid/colloid,
Children- 20 ml/kg
Blood replacement
O neg group specific or fully cross matched packed cells
Remember other blood product requirements: FFP, cryoppt, platelets
Elderly - limited ability to increase HR
• BP often has little correlation to Cardiac output
Children - abundant reserve, appear stable then crash
Medication use (Beta Blockers)
Abbreviated neurological exam :
• Level of consciousness
• Pupil size and reactivity
• GCS
Simple Mnemonic to describe level of consciousness
• A : Alert
• V : Responds to Vocal stimuli
• P : Responds to Painful stimuli
• U : Unresponsive to all stimuli
Spinal cord injury
• High dose steroids if within 8 hours.
ICP monitor- Neurosurgical consultation.
Elevated ICP
• Head of bed elevated
• Mannitol
• Hyperventilation
• Emergent decompression
You can’t treat what you don’t find!
If you don’t look, you won’t see!
 CONTRAINDICATED IN URETHRAL INJURY
 SUSPECT URETHRAL INJURY
• INABILITY TO VOID
• UNSTABLE PELVIC FRACTURE
• BLOOD AT MEATUS
• SCROTAL HEMATOMA
• PERINEAL ECCHYMOSIS
• HIGH RIDING PROSTATE
 Relieve Gastric Dilatation
 Decompress Stomach
 Reduce Risk Of Aspiration
 N.G Tube – C.I. In Basal skull #
CXR
PELVIS AP
LATERAL C-SPINE
DPL
FAST
The secondary survey does not begin until the primary survey
(ABCDEs) is completed, resuscitative efforts are underway,
and the normalization of vital functions has been demonstrated.
Head to Toe evaluation & reassessment of all vital signs.
AMPLE history
Thoracic Trauma.
Abdominal and Pelvic Trauma.
Head Trauma with TBI.
A GOOD BEGINNING ALMOST ASSURES
SUCCESS!!!
EMERGENCIES DON’T GIVE US A
SECOND CHANCE…..
Atls

Atls

  • 1.
    DR.MUHAMMAD ABDUL SHAKOOR TRAINEEREGISTRAR SURGICAL UNIT 1 SHEIKH ZAYED HOSPITAL LAHORE
  • 2.
     An effectivetrauma system needs the teamwork of EMS, emergency medicine, trauma surgery, and subspecialists. A) Pre-hospital phase  Receiving hospital is notified first.  Send to the closest, appropriate facility. B) In Hospital Phase  Advanced planning for the trauma pt. arrival.  Method to summon extra medical assistance.  Transfer agreement with verified trauma center established.
  • 3.
    Development of pre-hospitalEmergency Medical Services (EMS) with three purposes: Get to the patient quickly. Fix what we can fix . Quickly get the patient to the right hospital.
  • 4.
     Golden Hour= 80% of trauma deaths in first hour after injury  Rapid trauma care has greatest level of impact in these patients 4 Immediately Hours Days/Week 50% 30% 20%
  • 5.
    The "Golden Hour"concept, the period of 60 minutes or less following injury when immediate definitive care is crucial to a trauma patient's survival.
  • 7.
    A. Multiple Casualties: No. of severity & pt. do not exceed the ability of the facility. B. Mass Casualties : No. & severity of pt. exceed the capability of the facility & staff.
  • 8.
    Color Codes Triage Tag RED :Most critical injury. YELLOW : Less critical injured. GREEN : No life threatened injury. BLACK : Death or obviously fatal injury.
  • 9.
    RADIOGRAPHER ANAESTHESIST NURSE 1 GENERAL SURGEON EDPHYSICIAN ORTHO REGISTRAR WARDS PERSON NURSE 2 TEAM LEADER ANAESTHETIC ASST.
  • 10.
  • 11.
    ANATOMICAL  INJURY TO2/ MORE BODY REGIONS  FRACTURE 2/ MORE LONG BONES  SPINAL CORD INJURY  AMPUTATION OF LIMB  PENETRATING INJURY TO HEAD, NECK TORSO/ PROX. LIMB  BURNS> 15% IN ADULTS, >10% IN CHILDREN, AIRWAY BURNS  AIRWAY OBSTRUCTION
  • 12.
    PHYSIOLOGICAL SBP<90mm Hg/ PR->130 per min. RR<10/ >30 PER MIN DEPRESSED CONSCIOUSNESS AGE>70YR WITH CHEST INJURY PREGNANCY>24 WEEKS WITH TORSO INJURY
  • 13.
    MECHANISM BIKER/ PEDESTRIAN HITBY VEHICLE>30KM/HR FALL>5 METRE FATALITY IN SAME VEHICLE MOTOR VEHICLE CRASH WITH EJECTION
  • 14.
     Trauma teamactivation prior to arrival  Name tags worn  Universal precaution in place  Lead gowns in place  X-ray cassette in place  Warmed i.v fluids hanging  O-neg blood ready, blood warmer and rapid infuser ready  Trauma surgeon notified if SBP<90mm Hg  Theatre notified  Radiology notified
  • 15.
    PRIMARY SURVEY: • Airwaymaintenance with cervical spine protection. • Breathing and ventilation. • Circulation with hemorrhage control. • Disability: Neurologic status. • Exposure/Environmental control.
  • 16.
    AMPLE history. Allergies Medications (Anticoagulants,insulin and cardiovascular medicine). Past medical/surgical history Last oral meal (Time) Events /Environment surrounding the injury.
  • 17.
    The tertiary surveyis a repeat clinical examination along the lines of the primary and secondary surveys.  It is performed with the aim of identifying injuries that have been missed during initial assessment. This survey consists of a structured and comprehensive re- examination that takes place within 48-72 hours.
  • 19.
    GCS score of8 or less. Inappropriate verbal response. Protection of the spine.
  • 20.
    Pt. with maxillofacialor head trauma should be presumed to have and unstable cervical spine. The neck should be immobilized until all aspects of the cervical spine have been adequately studied and an injury has been excluded.
  • 21.
     Maintenance ofAirway Patency – Suction of Secretions – Chin Lift/Jaw thrust – Nasopharyngeal Airway – Definitive Airway  Airway Support – Oxygen 100% – Bag Valve Mask  Definitive Airway – Endotracheal Intubation In-line cervical stabilization – Surgical Crichothyroidotomy
  • 34.
    LEMON Assessment for Difficult Intubation –Look externally – Evaluate 3-3-2 rule – Mallampati classification – Obstruction – Neck mobility
  • 36.
    To secure theairway with direct laryngoscopy, manual in-line stabilization (MILS) of the neck is the standard care of these patients in the acute stage. MILS is best accomplished by having two operators in addition to the physician who is
  • 39.
     Do notconfuse airway problem for ventilation problem  Patent airway does not equal adequate ventilation.  Need good gas exchange • Oxygen in • CO2 out Rapid assessment of  RR  SPO2  TRACHEA  CHEST EXPANSION  PERCUSSION  AUSCULTATION
  • 40.
     INSPECT:Equal chestrise,paradoxical chest movements,contusion,sucking chest wound,distended neck veins  PALPATE:Trachea,chest wall tenderness,subcutaneous emphysema,sternal and rib fracture  PERCUSS:dullness,hyperresonance  AUSCULTATE: equal breath sounds,absence of breath sounds
  • 41.
    Respiratory Distress Hyperinflated Chest DeviatedTrachea Decreased Movement Decreased Breathsound Tachycardia Hypotension NEEDLE THORACOSTOMY VIA 2ND ICS IN MCL FOLLOWED BY DEFINITIVE CHEST TUBE (4TH- 5TH ICS JUST ANTERIOR TO MAL CONNECTED TO WATER UNDER SEAL DRAIN)
  • 42.
    Signs Similar ToTension Pneumothorax Except Dullness On Percussion Shock T/T- Tube Thoracostomy • Thoracotomy In  >1500ml DRAIN IMMEDIATELY  >200ml/Hr FOR 4 HOURS • Contact CTVS Early.
  • 43.
     Chest TubeAt Site Separate To Defect  Cover Wound With 3 Sides Gauze  Definitive Debridement In OT
  • 44.
     >2 RibFractures In 2 Or More Places  Paradoxical Chestwall Movement  Adequate Ventilation  Reexpand Lungs: Intubation,, CTVS Consultation
  • 45.
     Penetrating Injury Becks Triad  Echo/ FAST  Pericardiocentesis.  Emergency Room Thoracotomy/ Urgent Thoracotomy HYPOTENSION DISTENDED NECK VEINS MUFFLED HEART SOUND
  • 46.
    Assess- • Pulse . •Skin Colour And Temperature • Conscious Level(GCS) • Capillary Refill Time • Decreased Urine Output • Hypotension-a Late Sign When≥ 30% Blood Volume Lost. Stopping The Bleeding : Most Important Priority
  • 47.
    External hemorrhage • Applydirect pressure • No tourniquets except for traumatic amputations Be aware of possible sources of internal bleeding both from blunt and penetrating trauma • Chest • Abdomen • Pelvic Fractures • Long Bone Fractures
  • 49.
    Primary Survey -Circulation Table 251-4 Estimated Fluid and Blood Losses Based on Patient's Initial Presentation Class I Class II Class III Class IV Blood loss (mL)* Up to 750 750–1500 1500–2000 >2000 Blood loss (percent blood volume) Up to 15 15–30 30–40 40 Pulse rate <100 100–120 120–140 >140 Blood pressure Normal Normal Decreased Decreased Pulse pressure (mm Hg) Normal or increased Decreased Decreased Decreased *Assumes a 70-kg patient with a preinjury circulating blood volume of 5 L.
  • 50.
    Control bleeding withdirect pressure Splint limb fractures Insert 2 large bore IV cannulas in adults or cut down on long saphenous v Send off blood-cross match,coagulation screen,Hb, Hct,biochemistry,blood alcohol level if req Intraosseous needle in children upto 10 yrs
  • 51.
    Fluid replacement:adults upto2-3 Lt crystalloid/colloid, Children- 20 ml/kg Blood replacement O neg group specific or fully cross matched packed cells Remember other blood product requirements: FFP, cryoppt, platelets
  • 52.
    Elderly - limitedability to increase HR • BP often has little correlation to Cardiac output Children - abundant reserve, appear stable then crash Medication use (Beta Blockers)
  • 53.
    Abbreviated neurological exam: • Level of consciousness • Pupil size and reactivity • GCS
  • 54.
    Simple Mnemonic todescribe level of consciousness • A : Alert • V : Responds to Vocal stimuli • P : Responds to Painful stimuli • U : Unresponsive to all stimuli
  • 57.
    Spinal cord injury •High dose steroids if within 8 hours. ICP monitor- Neurosurgical consultation. Elevated ICP • Head of bed elevated • Mannitol • Hyperventilation • Emergent decompression
  • 58.
    You can’t treatwhat you don’t find! If you don’t look, you won’t see!
  • 61.
     CONTRAINDICATED INURETHRAL INJURY  SUSPECT URETHRAL INJURY • INABILITY TO VOID • UNSTABLE PELVIC FRACTURE • BLOOD AT MEATUS • SCROTAL HEMATOMA • PERINEAL ECCHYMOSIS • HIGH RIDING PROSTATE
  • 62.
     Relieve GastricDilatation  Decompress Stomach  Reduce Risk Of Aspiration  N.G Tube – C.I. In Basal skull #
  • 63.
  • 65.
    The secondary surveydoes not begin until the primary survey (ABCDEs) is completed, resuscitative efforts are underway, and the normalization of vital functions has been demonstrated. Head to Toe evaluation & reassessment of all vital signs. AMPLE history
  • 66.
    Thoracic Trauma. Abdominal andPelvic Trauma. Head Trauma with TBI.
  • 68.
    A GOOD BEGINNINGALMOST ASSURES SUCCESS!!! EMERGENCIES DON’T GIVE US A SECOND CHANCE…..