Quiz 3 Flashcards

1
Q

3 Mechanisms of anemia & examples

A

Increased loss- Hemorrhage, BM toxin
Increased destruction- IMHA (immune mediated hemolytic anemia)
Decreased production- Kidney failure, BM toxins

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2
Q

What is found in NMB

A

Heinz bodies, Retics, & Anaplasma marginale

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3
Q

Stomatocytes are associated with

A

Dwarfism

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4
Q

Heinz Bodies are only significant in a cat when…

A

its anemic

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5
Q

An animal with regenerative anemia will likely have anisocytosis, polychromasia and reticuloctytosis

A

True

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6
Q

BM Toxin will cause

A

decreased production anemia

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7
Q

An animal with kidney failure could have a decreased production anemia and have a reticulocytosis

A

False

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8
Q

A new born puppy will have absolute hypoproteinemia

A

True

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9
Q

A geriatric will have a relative hypoporeinemia due to the inability to retain water

A

False

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10
Q

If a newborn ingests colostrum the protein measurement will become normal

A

False -up to 6months

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11
Q

A newborn puppy will have relative hypoproteinemia

A

False -absolute hypoproteinemia

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12
Q

If a newborn ingests colostrum the protein measurement will increase but won’t reach normal range

A

True

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13
Q

A primary absolute polycythemia is an appropriate response and will have an increase in EPO

A

False -No EPO

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14
Q

The most common cause of polycythemia is dehydration

A

True

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15
Q

Polycythemia vera is a tumor and will be a secondary absolute polycythemia

A

False -Primary absolute polycythemia

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16
Q

Hypoxia without anemia will cause a secondary absolute polycythemia and is an inappropriate response

A

False -Appropriate response

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17
Q

Eosinophils produce histamine

A

False

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18
Q

An animal with kidney failure would have a normal PCV

A

False

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19
Q

A dehydrated patient will have a relative increased PCV and TP

A

True

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20
Q

Animals with liver failure will have aboslute hypoproteinemia and an absolute increase in PCV

A

False -decrease in PCV

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21
Q

Animals with bone marrow toxins will have an absolute decreased PCV and normal TP

22
Q

Animals with hemolysis will have an artifactual hyperproteinemia

23
Q

Animals with hemorrhage will have relative hypoproteinemia and relative decrease

A

False -Absolute decrease in PCV

24
Q

The defining cell of inflammation is the band eosinophil

25
Absolute hypoproteinemia can be caused by decreased production, increased loss, and increased destruction
False
26
Fe deficiency
microcytic hypochromic non reg.
27
New anemia
normocytic normochromic non reg.
28
kidney failure
nomrocytic normochromic non reg.
29
Polychormoatophilics present
macrocytic hypochromic reg.
30
BM toxin
normocytic normochromic non reg.
31
Why fibrinogen measurement is so important
a increase in fibrinogin prior to WBCs in states of inflammation
32
Purpose of indicies
classify anemias
33
normal MCVs
60-70 dog 39-55 cat Macro or Microcytic
34
normal MCHCs
30-36 dog & cat | Hyper or Hypochormic
35
normal Abs retics
``` >60,000 = non regenerative <60,000 = regenerative ```
36
MCV is short for...
Mean Corpuscular Volume
37
MCHC is short for...
Mean Corpuscular Hgb. Concentration
38
MCH is short for...
Mean Corpuscular Hgb.
39
TP at birth
low, will slightly increase with colostrum, 6-12 mo. until normal
40
TP as geriatric
Relative high, appears increased due to dehydration
41
TP at early gestation
high due to hyper immunity
42
TP at late gestation
low due to colostrum intake of newborn
43
Functions of TP
Enzymes, building block, transport, albumin
44
Low RBC
anemia
44
High RBC
polycythemia
45
Low PCV
anemia
46
Low Hgb
anemia
47
High WBC
leukocytosis
48
Low WBC
leukopenia
49
Acanthocytes are associated with
Liver failure