SEROUS FLUID Flashcards

(63 cards)

1
Q

Normal

A

Clear, Pale Yellow

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2
Q

Microbial Infection

A

turbid

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3
Q

Hemothorax (traumatic injury)
Hemorrhagic effusion, pulmonary
embolism, tuberculosis, malignancy

A

bloody

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4
Q

Chylous material from thoracic duct
leakage
Pseudochylous material from chronic
inflammation

A

milky

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5
Q

Rupture of amoebic liver abscess

A

brown

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6
Q

Aspergillus

A

black

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7
Q

Malignant mesothelioma (increased
hyaluronic acid)

A

viscous

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8
Q

Uneven Distribution of
Blood

A

hemothorax

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9
Q

aspiration
procedures of pleural

A

THORACENTESIS

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10
Q

aspiration
procedure of pericardial

A

PERICARDIOCENTESIS

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11
Q

aspiration
procedure of peritoneal

A

PARACENTESIS

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12
Q

Usually, abundant fluid _____ is collected; therefore,
suitable specimens are available for each section of the
laboratory.

A

> 100mL

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13
Q

is used for
cell counts and the differential.

A

EDTA

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14
Q

evacuated tubes are used for
microbiology and cytology.

A

Sterile heparinized or SPSS

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15
Q

can be run on clotted specimens in plain tubes or in heparin
tubes.

A

CHEMISTRY TESTS x PLAIN TUBES OR HEPARIN

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16
Q

Effusions that form because of a systemic disorder that
disrupts the balance in the regulation of fluid filtration and
reabsorption—such as the changes in hydrostatic pressure created
by congestive heart failure or the hypoproteinemia associated with
nephrotic syndrome

A

TRANSUDATES - systemic and nephrotic syndrome, CHF, hypoproteinemia

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17
Q
A
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18
Q

produced by conditions that directly involve the
membranes of the particular cavity, including infections and
malignancies.

A

EXUDATES - infections and malignancies

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19
Q

However, the most reliable
differentiation is obtained by determining the

A

Fluid blood ratios for protein and lactic dehydrogenase

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20
Q

Cloudy Appearance

A

EXUDATE

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21
Q

No Spontaneous
clotting

A

TRANSUDATE

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22
Q

To differentiate between transudates and exudates, two more
procedures are helpful when analyzing pleural fluid:

A

pleural fluid cholesterol (>60) and fluid:serum
cholesterol (>0.3)

the ratio of pleural fluid:serum total bilirubin. (>0.6)

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23
Q

is recommended only in
effusions suspected of being due to rheumatoid
arthritis.

A

GLUCOSE

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24
Q

only a small amount (10 to 50 mL) of fluid is found
between the pericardial serous membranes

A

PERICARDIAL FLUID

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25
suspected when cardiac compression (tamponade) is noted during the physicianʼs examination.
EFFUSION
26
Accumulation of fluid between the peritoneal membranes
ASCITES = PERITONEAL
27
Hepatic disorders, such as cirrhosis, are frequent causes of
Ascitic transudates
28
29
30
31
Bacterial infections (peritonitis)—often as a result of intestinal perforation or a ruptured appendix—and malignancy are the most frequent causes
Exudative fluids
32
Sometimes normal saline is introduced into the peritoneal cavity as a lavage to detect abdominal injuries that have not yet resulted in fluid accumulation.
TRUE
33
Peritoneal lavage is a diagnostic procedure used to detect intra-abdominal bleeding in blunt trauma cases, and results of the RBC count can be used along with radiographic procedures to aid in determining the need for surgery
TRUE PERITONEAL RBC COUNT OF GREATER THAN 100,000 = blunt trauma injuries
34
Bile, gallbladder, pancreatic disorders
GREEN PERITONEAL
35
Malignancy of gastrointestinal origin
CEA
36
Malignancy of ovarian origin
CA 125
37
Decreased in tubercular peritonitis, malignancy
GLUCOSE DECREASED IN PERITONEAL
38
Increased in pancreatitis, gastrointestinal perforation
AMYLASE INCREASED
39
Increased in gastrointestinal perforation
ALKALINE PHOSPHATASE INCREASED
40
Ruptured or punctured bladder
Blood urea nitrogen/ creatinine
41
recommended over the fluid:serum total protein and LD ratios to detect transudates of hepatic origin.
SAAG - detect transudates OF HEPATIC (>1)
42
are pleomorphic; they resemble lymphocytes, plasma cells, and malignant cells, frequently making identification difficult.
MESOTHELIAL
43
● Pancreatitis ● Pulmonary Infarction
NEUTROPHILS
44
● Tuberculosis ● Viral Infection ● Autoimmune Disorders ● Malignancy
LYMPHOCYTES
45
Normal and reactive forms have no clinical significance
MESOTHELIAL
46
Tuberculosis
PLASMA CELLS
47
● Primary adenocarcinoma and small-cell carcinoma ● Metastatic Carcinoma
MALIGNANT CELLS
48
Characteristics of malignant cells
Increased N:C ratio Irregularly distributed nuclear chromatin Increased number and size of nucleoli Hylerchromatic nucleoli Giant cells and multinucleation Nuclear molding Cytoplasmic molding Vacuolated cytoplasm mucin production Cellular crowding phagocytosis
49
measured to confirm presence of chylous effusion
TRIGLYCERIDES CHOLESTEROL - PSEUDOCHYLOUS
50
Decreased in rheumatoid inflammation. ● Decreased in purulent infection.
GLUCOSE
51
Elevated in bacterial infection Elevated in chylous effusions
LACTATE - BACTERIAL TRIGLYCERIDES - CHYLOUS
52
Decreased in pneumonia not responding to antibiotics ● Markedly decreased with esophageal rupture.
pH
53
Elevated in tuberculosis and malignancy.
ADA
54
Elevated in pancreatitis, esophageal rupture, and malignancy
AMYLASE
55
may indicate the need for chest-tube drainage in addition to administration of antibiotics in cases of pneumonia
pH LOWER THAN 7.3
56
indicates an esophageal rupture that is allowing the influx of gastric fluid.
pH LOWER THAN 6.0
57
Collection of specimens for pH should be taken and analyzed in a manner identical to that for
arterial blood gas
58
Should be collected anaerobically using a heparinized syringe ○ measured in a blood gas analyzer at 37°C
TRUE
59
ADA levels higher than 40 U/L are highly indicative of
TUBERCULOSIS
60
elevated amylase levels are associated with ______, and often amylase is elevated first in the pleural fluid.
PANCREATITIS
61
that is seen frequently in pleural fluid and is associated with asbestos contact.
Metastatic giant mesothelioma cell
62
Normal WBC counts are less than 500 cells/µL, and the count increases with bacterial peritonitis and cirrhosis. ● To distinguish between those two conditions, an ______
ABSOLUTE NEUTROPHIL
63
predominant cell in tuberculosis and peritoneal carcinomatosis
LYMPHOCYTES