2. Organ dysfuction caused by
intraabdominal pressure.
IAP is steady state
Critical ill-5-7 normal
Directly related to BMI
Abdominal perfusion pressure
MAP-IAP better than other
predictive index
At least 60mmHg
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7. Pulmonary
Mvpatient increase peak inspiratory and mean
airway pressure-alveolar barotrauma
Reduce chest wall compliance-arterial hypoxia
and hypercarbia-Pneaumonia
Induce acid base balance
Renal
Renal vein compression-renal impairment
Renal artery constriction-induce by the RAAS
and symphatics.-Cardiac output fall
Above 30mmHg-anuria
15 olygouria
Decrease serum K and Na
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10. Imaging findings
Chest xray
CT - infiltration retroperitoneum extrinsic
compression of the IVC massive abdominal
distention direct renal compression
displacement bowel wall thickening
Echo-confirm NG tube positioning evalutation
gastric distention and bladder distention
evalute bowel movement identify bowel
content and free fluid
Diagnosis
Measurement bladder pressure
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11. MANAGEMENT
Supportive care
Improve abdominal wall compliance
Pain management
Avoid positive fluid balance
Evacuation of intraluminal content and
intraabdominal content
Elevation head of bed 20 degree
Surgical intervention
Goal treatment
Greater 25mmHg
APP-below 50mmHg
Only perform medically stable patients
Failure to drain at least 1000ml of fluid and
decrease IAP by at least 9mmHg in the first 4
hours following decompression is associated
with failure and should prompt urgent surgical
decompression
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