It is fluid which is present in
the abdominal cavity.
The peritoneal cavity is a potential
space lined by mesothelium of the
visceral n parietal peritoneum.
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Peritonial fluid
1. Ms Ankita R Bhatiya
Assistant Professor
Shree P.M.Patel COLLEGE OF PARAMEDICAL
SCIENCE N TECHNOLOGY
2. It include:
1.What is Peritoneal fluid?
2.Function of Peritoneal fluid.
3.Collection of Peritoneal fluid.
4. Examination of Peritoneal fluid.
3. Introduction:
It is fluid which is present in
the abdominal cavity.
The peritoneal cavity is a potential
space lined by mesothelium of the
visceral n parietal peritoneum.
4. Peritoneal fluid Formation:
Peritoneal fluid is a selective ultra filtrate of
plasma.
Small amount of the Peritoneal fluid is also
formed
from the cells lining the peritoneum and other
by capillaries.
There is about 50-60 ml of peritoneal fluid at any
one time
and about 125 ml is generated every day.
5. Composition of Peritoneal fluid:
o Volume: 50-60 ml
o Protein: up to 3 gm/dl
o Glucose: Same as plasma
o Amylase; Same as blood amylase
o BUN: similar to blood BUN
o WBC: <500/µL
o pH of 7.5 to 8
o LDH:70-140 U/L
o Alkaline phosphates: 20-90IU(For adult)
93-221 IU(For children)
6. Function of Peritoneal fluid:
Protection: It helps to protect the abdominal organ
from the sudden injury n damaged.
Also acts as a medium for the transfer of substances
from the abdominal organ tissue to blood .
Nutrition :
Removal of waste :
Lubrication :
7. Collection of Peritoneal fluid:
Paracentesis is a process by
which peritoneal fluid is collected.
A needle is placed through the
skin and muscles of the abdominal wall into
the peritoneum space.
8. Procedure:
1.Take consent of a patient.
2.Position of patient: The patient is lied in supine
position over bed table.
3.Proper aseptic precautions are taken
with the help of spirit –iodine-spirit.
4.Before puncture give injection of atrophin
to prevent vasovagal shock.
5.Give xylocane injection as local anesthesia before puncture.
9. 6. Along with sonography the needle is inserted in to
abdominal space & allow the fluid to flow in
container.
7. Pleural fluid is collected in 3 tubes:
1. EDTA Bulb: Cell count n differential count.
2. Flouride Bulb: For glucose examination.
3. Plain Bulb: Chemical n immunology study
18. Serum ascetic albumin gradient (SAAG)
The serum ascetic albumin gradient (SAAG) indirectly
measures portal pressure and can be used to determine
if ascites is due to portal hypertension.
SAAG calculation
SAAG = (serum albumin) – (ascitic fluid albumin)
Interpretation
A high SAAG (>1.1g/dL) suggests the ascetic fluid is
a transudate.
A low SAAG (<1.1g/dL) suggests the ascetic fluid is
19. Causes of a high SAAG
A high SAAG (i.e. transudate) suggests the presence
of portal hypertension, which may be caused by:
Cirrhosis
Hepatic failure
Venous occlusion (e.g. Budd Chiari syndrome)
Fulminant hepatic failure
Alcoholic hepatitis
Kwashiorkor malnutrition
Causes of a low SAAG
Causes of a low SAAG (i.e. exudate) include:
Malignancy
Infection
Pancreatitis
Nephrotic syndrome
20. 3. Amylase:
Normal range: 30-110 IU
Transudate: Normal
Exudate: Above 110U IU
Condition: Acute Pancreatitis
Pancreatitis pseudo cyst
Trauma
Gastrointestinal duodenal perforation
Necrosis
Acute vein thrombosis
Non pancreatic malignancy
22. 5.Alkaline Phosphatase:
Normal range: 20-90 IU (Adult)
93-221 IU (Children)
Method:
1.Colorimetric method
P-nitrophenyl method(PNP Method)
Transudate: NORMAL
Exudate: Above 90 IU
Condition: Bone cancer
Hyperparathyroid
Spontaneous bacterial peritonititis
23. 6.Creatinine & Urea:
May differentiate between peritoneal fluid n urine.
Elevated serum urea level but normal creatinine suggest
bladder rupture.
7.Billirubin:
Normally:0.7 to 0.8 mg/dl
Billirubin level more then 6 mg/dl & ascitic fluid/serum
billirubin ratio over 1 suggests choleperitoneum from a
rupture gall bladder.