Damage Control Surgery Flashcards

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1
Q

What are the principles of DCS

A

to optimise physiology before putting the body under surgical strain
surgery to ICU then back to surgery

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2
Q

Which patients should be considered for DCS?

A
multiple injuries
deranged physiology (sBP <90)
hollow viscous + vascular injury
vascularised organ injury 
coagulopathic, hypothermic (<34) or acidotic (<7.2)
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3
Q

What does BASTE stand for and what is its purpose

A
To check in every 10 minutes or so during DCS to see if the patient is spiralling, dying and if resources could be better used on other patients (in mass casualty scenarios)
Blood products
Acid base balance
Surgical progress
Temperature
Electrolytes
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4
Q

What generally happens in the first stage of DCS

A

Explore extent of injuries
control haemorrhage - balloon catheter tamponade, shunts, ligation, amputation
minimise contamination - clamping, resecting, use of staples
packs can be left in

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5
Q

When is a patient ready for the third stage of DCS (second surgery after ICU)

A

normal physiology, temp, coagulation

moderate O2 requirements

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6
Q

What are the two types of wound packing

A

resuscitative - control and minimise bleeding

therapeutic - pressure stops the bleeding and tissue viability is maintained

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7
Q

What are the advantages and disadvantages of closing after DCS

A

Closing will maintain a tamponade effect
risk of abdominal compartment syndrome
splints the diaphragm making ventilation hard
compress the kidneys which don’t function as well

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8
Q

What can cause abdominal compartment syndrome

A

packs
oedematous bowel
bleeding/rebleeding either intraabdominal or retroperitoneal

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9
Q

What are some complications of DCS

A
abdominal compartment syndrome
abscess
sepsis 
abdominal wall defects 
MOF
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10
Q

Why do patients get cold in trauma?

A

Environmental exposure
exsanguination
open body cavities
cold fluid administration

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11
Q

Why would a patient on inotropes not be considered ready for 3rd stage DCS

A

Because profound vasoconstriction in organs such as the bowel vasculature would mean that any new anastamoses formed would just die due to lack of blood supply

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12
Q

In orthopaedic DCS, what is the advantage of leaving the patient with an external fixator

A

reduces risk of fat embolism occurring if you’re not messing around inside

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13
Q

Describe a lung/hilar twist

A

The pulmonary ligament is divided
anterior rotation of the lower lobe over the upper lobe
vessles at the hilum are twisted and therefore occluded

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14
Q

Where is a chest drain inserted

A

midaxillary line, 5th IC space, above the rib

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15
Q

What are the indications for a thoracotomy

A

penetrating chest/epigastrium injury with cardiac arrest:
release clotted blood built up in pericardial space
repair any holes cause haemorrhage
perform cardiac massage
aortic clamp

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16
Q

describe the surface markings for a thoracotomy

A

mid axillary line, 4th IC space bilaterally and meet in the middle

17
Q

State the borders of the triangle of safety

A

lateral edge of pec major
lateral edge of latissimus dorsi
base of axilla

18
Q

State the surface markings for a thoracostomy

A

mid axillary line, 4th IC space, above the rib

19
Q

What are the current indications for REBOA

A

consistent MOI + clinical signs of pelvic injury + signs of hypovolaemia

20
Q

What are the surface markings for REBOA

A

femoral artery is at the mid inguinal point below the inguinal ligament

21
Q

describe zone 1, 2 and 3 REBOA

A

1: left subclavian to celiac trunk
2: celiac trunk to most caudal renal artery
3: most caudal renal artery to aortic bifurcation