Splenic Rupture Flashcards Preview

Y3M - HPB Surgery > Splenic Rupture > Flashcards

Flashcards in Splenic Rupture Deck (20)
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1
Q

Why are splenic ruptures important to consider?

A

The spleen is extremely vascular

Splenic rupture can lead to large intraperitoneal haemorrhage and rapidly cause fatal haemorrhagic shock

2
Q

Majority of cases of splenic injury is due to what?

A

Secondary to abdominal trauma, especially if it blunt trauma.

E.g. seat-belt injuries in RTC and falls onto the side.

3
Q

Rares causes of splenic rupture

A

Iatrogenic

Splenomegaly from haematological malignancy or infective causes like EBV.

When the spleen grows the capsule stretches and thins so it becomes more fragile

4
Q

Clinical features

A

Hx of trauma usually

Abdo pain + hypovolaemic shock

5
Q

Examination findings

A

LUQ tenderness

Peritonism

Free blood can also irritate the diaphragm causing radiationg left shoulder pain AKA Kehr’s sign

6
Q

Investigations if haemodynamically unstable.

A

Haemodynamically unstable patients with peritonism following trauma have abdo bleeding until proven otherwise.

This requires immediate laparotomy

7
Q

Investigations in haemodynamically stable patients with suspected abdominal injury.

A

Urgent CT chest-abdo-pelvis with IV contrast

8
Q

Imaging findings

A

Identification and assessment of splenic injury + any other abdo viscera involved.

Also allows for the grading of the splenic injury to guide management

9
Q

What scale is used to grade splenic trauma?

A

American Association for the Surgery of Trauma (AAST) is a splenic injury scale.

10
Q

Explain AAST splenic injury scale

A

Used to help guide which patients are likely to benefit from conservative management and which need surgery

11
Q

Break down the AAST splenic injury scale

A

1 - Capsular tear <1cm parenchymal depth and subcapsular haematoma <10% surface area

2 - Capsular tear 1-3 cm parenchymal depth and subcapsular haematoma 10%-50% surface area or intraparenchymal <5cm

3 - Capsular tear >3 cm parenchymal depth or any tear involving trabecular vessels and subcapsular haematoma >50% surface area or intraparenchymal >5cm or expanding/ruptured haematoma

4 - Laceration involving segmental or hilar vessels devascularising >25% of spleen

5 - Completely shattered spleen or hilar vascular injury that devascularises the spleen.

12
Q

General management

A

All patients with suspected splenic injury should be assessed, resus and treated according to ATLS.

13
Q

Management of haemodynamically unstable or grade 5 injury

A

Urgent laparotomy (that includes splenectomy)

14
Q

Management of haemodynamically stable with grade 1-3 injuries

A

Conservative treatment

Resus should be done, placed on strict bed rest and have repeat CT scan at 1 week post injury

15
Q

What should be done if there is increasing tenderness or peritonitis?

A

Re-imaging and/or laparotomy

16
Q

What should all patients be given that are treated conservatively?

A

Prophylactic vaccination (against Strep Pneumoniae, Haemophilus Influenzae B (HIB) and Meningococcus) at discharge.

17
Q

When is embolisation done in splenic injury?

A

Vascular abnormalities or higher-grade splenic injuries may benefit.

This requires to be able to see the bleeding point however.

Even if embolisation is successful some will require splenectomy regardless.

18
Q

Complications of treatment

A

Ongoing bleeding

Splenic necrosis

Splenic abscess or cyst formation

Thrombocytosis

19
Q

Post-op management of splenectomy

A

Vaccinations for encapsulated bacteria

Abx prophylaxis (Penicillin V)

20
Q
A