The multiply injured patient: trauma Flashcards

1
Q

What is the most common cause of death in the first 4 decades of life?

A

Trauma

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2
Q

What is the usual procedure for when a trauma patient is taken into hospital?

A

A pre-alert call is made to alert the trauma team

The team is made up of the ED doctors, anaesthetists, radiologists and surgical specialities as required

The leader of the team (usually ED doctor) assigns the roles

Equipment and drug set up takes place prior to patient’s arrival.

When the patient arrives there is a paramedic handover

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3
Q

What should be covered in a paramedic handover?

A

Time of injury
Mechanism of injury - speed/forces, people involved/deaths of others/ejected/damage to vehicle
Paramedic should identify what they suspect are the major injuries
Vital signs
Any interventions that have been carried out

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4
Q

What is the standard trauma assessment?

A

Primary survey using standard ABC (airway, breathing and circulation). This detects and treats immediate threats to life.

After the patient has been stabilised a more detailed history should be obtained and all injuries should be identified. This is called the secondary survey. This may be done after ED or emergency surgery etc

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5
Q

ABC approach

A
Airway with C-spine control
Breathing with O2
Circ. with haemorrhage control
Disability 
Expose and environment

D and E are part of the secondary survey

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6
Q

What is BATLS?

A

Battlefield advanced trauma life support

C before the ABC
which stands for catastrophic haemorrhage control. This is common in blast/explosive injuries or military trauma.

By stopping/reducing the haemorrhage before airways and breathing there is a large increase in survival

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7
Q

What should be assessed when looking at the patient’s airways?

A

Can they talk? or are they making noises like gurgling or stridor

Visual - Can you see any swelling/deformity in the airway? Any vomit/blood/debris

Airway management - suction, adjuncts (airways), intubation

Must also assess and protect the cervical spine.

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8
Q

When should you assume that a patient has had a cervical spine injury?

A

Dangerous mechanism i.e diving into a pool or head injury
Reduced conscious level
Injury above clavicles
Neurological signs

Apply a neck support to prevent mobilisation until safe to do so

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9
Q

How should you check breathing and oxygen?

A

Expose the chest and look for visible injuries, respiratory rate, effort/expansion (equal?)

Feel - palpate, percuss

Listen to chest

Provide O2, analgesia

May need to insert drain to remove blood and air

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10
Q

Circulation assessment

A
Heart rate 
Palpable radial pulse 
CRT - Cardiac resynchronization therapy 
BP 
Pulse pressure narrows
Urine output
Confusion 

Hb and lactate blood test

Assess potential bleeding using USS or CT

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11
Q

Where are the 5 sites of blood loss? I.e where can you lose blood into?

A
Chest
Abdomen
Pelvis
Long bones
Floor - if open wounds
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12
Q

If a patient has lost a lot of fluid/blood how is it replaced?

A

IV access or if this isn’t possible intraosseous access (into the medulla of long bone) and can infuse fluid into bone

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13
Q

How do doctors monitor the volume replacement?

A

Vital signs - BP
Urine output
Lactate - rising lactate are indications of problems - circulatory shock is responsible for inadequate O2 delivery, resulting in tissue hypoxia, anaerobic metabolism, and lactate production.

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14
Q

What is the lethal triad?

A

Coagulopathy
Acidosis
Hypothermia

If you bleed enough you will start to get coagulopathy and your blood will no longer clot. You will then become acidotic and then hypothermic

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15
Q

What should be covered when assessing for disability?

A

Neurological examination - GCS, pupils (dilatation), tone and reflexes

Log roll them to check for any problems on their back - secondary injuries that may be missed

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16
Q

What does the G stand for?

A

Glucose - never know if the patient is diabetic or not so should keep an eye on this

17
Q

Other bed side tests that are helpful to do

A

ECG - ?blunt cardiac trauma ?cause of collision (eg syncope)
Arterial blood gas - electrolytes, Hb, lactate
Urine dipstick - haematuria suggestive of renal / ureteric trauma

18
Q

Investigations and secondary survey

A

Ultrasound in resus area - Fast scan (focused assessment looking for free fluid or bleeding in the pelvis or pericardium) then do CT

19
Q

Transfer and further management

A

Theatre - operative management

Interventional radiology - control bleeding (angiograms etc)

Ultimately end up in ITU - Intracranial pressure monitoring if the patient has had a significant head injury