M4: Serous Fluids (Part 1: Intro to Transudates and Exudates) Flashcards

1
Q

What are fluids within closed cavities of the body?

A

pleural, pericardial, peritoneal

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2
Q

These are seen in the cavity (space) in between of parietal and visceral membrane

A

Serous fluid

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3
Q

Serous fluid are seen in the cavity in between what (2) membranes?

A

Parietal and Visceral membrane

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4
Q

Serous fluid within 2 membranes

lines the cavity wall (outer wall)

A

Parietal membrane

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5
Q

Serous fluid within 2 membranes

covers the organ (inner wall)

A

Visceral membrane

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6
Q
  • These provide lubrication
  • Reduces friction & abrasion
  • Ultrafiltrates of plasma
  • Affected by hydrostatic and colloid pressure
A

Serous fluids

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7
Q

These are ultrafiltrates of plasma

A

Serous fluids

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8
Q

Whenever serous fluids is extracted, what procedure must be done?

A

blood collection

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9
Q

Serous fluids

T or F

After blood collection and serous fluid are collected, comparison of plasma and serous fluid will occur

A

T

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10
Q

Serous fluids

What are the (2) factors affected by hydrostatic and colloid pressure

A
  • Production of volume
  • Reabsorption
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11
Q

Serous fluids

increase fluid between membranes

A

Effusion

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12
Q

Specimen Collection and Handling

3 ways of aspiration

A
  1. Thoracentesis
  2. Pericardiocentesis
  3. Paracentesis
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13
Q

Specimen Collection and Handling

Serous fluid in lungs

Aspiration sample

A

Pleural

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14
Q

Specimen Collection and Handling

Serous fluid in heart

Aspiration sample

A

Pericardial

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15
Q

Specimen Collection and Handling

Serous fluid in abdomen

Aspiration sample

A

Peritoneal

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16
Q

Specimen Collection and Handling

Process of aspiration of pleural fluid (lungs)

Aspiration sample

A

Thoracentesis

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17
Q

Specimen Collection and Handling

Process of aspiration of pericardial fluid (heart)

A

Pericardiocentesis

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18
Q

Specimen Collection and Handling

Process of aspiration of peritoneal fluid (abdomen)

A

Paracentesis

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19
Q

Specimen Collection and Handling

Serous fluid is collected by using what instrument

A

Needle aspiration

20
Q

Specimen Collection and Handling

Volume of serous fluid collected?

21
Q

Specimen Collection and Handling

4 anticoagulants used in serous fluid

A
  1. EDTA
  2. Heparinized
  3. SPS
  4. Plain
22
Q

Specimen Collection and Handling

  • Anticoagulant used in Cell counts and Differential counts
  • For hematology
  • Patient is suffering from an infection

4 anticoagulants used in serous fluid

23
Q

Specimen Collection and Handling

  • Anticoagulant used for Culture, Microbiology and Cytology
  • Observation of characteristic of cells

4 anticoagulants used in serous fluid

A

Heparinized or Sodium polyanethol sulfonate (SPS)

24
Q

Specimen Collection and Handling

  • Anticoagulant used for chemistry
  • Compared frequently with Plasma Chemical Concentrations
A

Plain or Heparinized

25
Specimens for pH are maintained in what environment
Ice anaerobically
26
T or F Increased temperature results to increased pH
F (decrease pH)
27
T or F Specimen are processed immediately
T
28
T or F Composition of blood plasma and serous fluid are not the same
F (ALMOST THE SAME)
29
T or F Serous fluid specimens should be left in room temperature
F (ICE)
30
form because of a systemic disorder that disrupts the balance in the regulation of fluid filtration and reabsorption
Effusions
31
These are effusions that form because of a systemic disorder that disrupts the balance in the regulation of fluid filtration and reabsorption
* Transudates * Exudates
32
# Effusion * Changes in Hydrostatic Pressure * Increase (Imbalance) Pressure = Affect production and reabsorption * Underlying disease * CHF (Congestive heart failure) or Hypoproteinemia associated with Nephrotic syndrome
Transudates
33
# Effusion * Directly involve the membranes of cavity (No underlying disease) * Infections and malignancies
Exudates
34
# Transudate or Exudate Appearance: Clear, Pale Yellow WBC Count: < 1000/uL (Pleural, Pericardial); < 500/uL (Peritoneal) Spontaneous Clotting: No Fluid total protein: 30g/L or Less Fluid:Serum protein ratio: <0.5 Fluid:Serum LD ratio: <0.6 Fluid LD: <0.67 x ULN serum Pleural fluid cholesterol: <45 - 60 mg/dL Pleural fluid:serum Cholesterol Ratio: <0.3 Pleural fluid:Bilirubin Ratio: 0.6 Serum-ascites Albumin gradient: >1.1 Glucose: Equal to Serum Specific gravity: <1.015
Transudate
35
# Transudate or Exudate Appearance: Cloudy, Color variable WBC Count: > 1000/uL Spontaneous Clotting: Possible Fluid total protein: >30g/L Fluid:Serum protein ratio: >0.5 Fluid:Serum LD ratio: >0.6 Fluid LD: >0.67 x ULN serum Pleural fluid cholesterol: >45 - 60 mg/dL Pleural fluid:serum Cholesterol Ratio: >0.3 Pleural fluid:Bilirubin Ratio: >0.6 Serum-ascites Albumin gradient: <1.1 Glucose: Less than or Equal to Serum Specific gravity: >1.015
Exudate
36
# Transudate or Exudate Appearance: Clear, Pale Yellow
Transudate
37
# Transudate or Exudate Appearance: Cloudy, Color variable
Exudate
38
# Transudate or Exudate NO spontaneous clotting
Transudate
39
# Transudate or Exudate Possible spontaneous clotting
Exudate
40
# Transudate or Exudate Glucose: Equal to Serum
Transudate actually can be both kasi exudate can be less or equal to serum
41
# Transudate or Exudate Glucose: Less than or Equal to Serum (Microorganisms consumes the glucose)
Exudate
42
# Transudate or Exudate Specific gravity: <1.015
Transudate
43
# Transudate or Exudate Specific gravity: >1.015
Exudates
44
# Transudate or Exudate T or F Exudate's appearance is cloudy, color variable due to the presence of microorganism
T
45
# Transudate or Exudate T or F Exudate's appearance can be color green or red due to the presence of microorganism
T