Past Q - Exam Flashcards
(128 cards)
Total bilirubin is expected to increase in serum due to increases in bilirubin I formation
in case of
a. Acute haemolysis
b. Haematoma formation (resorption icterus)
c. Extrahepatic bile duct obstruction
d. Decreased conjugation in liver
e. Bile peritonitis
a. Acute haemolysis
b. Haematoma formation (resorption icterus)
d. Decreased conjugation in liver
ACTH stimulation test is used to
a. Screen for hyperadrenocorticism
b. Monitor treatment for hyperadrenocorticism
c. Screen overall pituitary hyperfunction
d. Diagnose ectopic ACTH secretion
e. Diagnose hyperadrenocorticism
a. Screen for hyperadrenocorticism
b. Monitor treatment for hyperadrenocorticism
Which is NOT formed in the liver
a. IgE
b. Haptoglobin
c. Albumin
d. Prothrombin
e. Fibrinogen
a. IgE
Decreasing pH will lead to increased haemoglobin oxygen binding capacity (right shift
of the oxygen dissociation)…
True or false
FALSE
An increase in plasma oncotic pressure can result in cavity effusion formation…
True or false
FALSE
Cavity effusions: match the etiologies with the consequences
a. Endotoxin effect…
b. Right sided congestive heart failure…
c. Lymphangiectasia, intestinal…
d. Protein-losing enteropathy…
1. increased vascular permeability
2. decreased plasma colloid oncotic pressure
3. lymph stasis
4. hydrostatic pressure increase
a. Endotoxin effect… 1. increased vascular permeability
b. Right sided congestive heart failure… 4. hydrostatic pressure increase
c. Lymphangiectasia, intestinal… 3. lymph stasis
d. Protein-losing enteropathy… 2. decreased plasma colloid oncotic pressure
A left shift is found when immature cells (younger form: …………)
older, still immature: ………… are found in proportionally larger populations than
…………. forms. This is most often seen in the second phase (post-…………) of
inflammation along with ………….
Jugend (metamyelocytes) Stab (band) Segmented Neutrophilia Neutropenia
Match the conditions with typically expected changes
a. Vitamin B12/folate deficiency…
b. Regenerative anemia…
c. Non-regenerative anemia…
d. Iron deficiency anemia…
e. Breed: Akita…
- decreased MCV, MCHC unchanged
- increased MCV, MCHC unchanged
- decreased MCV, decreased MCHC
- increased MCV, decreased MCHC
- unchanged, MCV, MCHC unchanged
a. Vitamin B12/folate deficiency… 2. increased MCV, MCHC unchanged
b. Regenerative anemia… 4. increased MCV, decreased MCHC
c. Non-regenerative anemia… 5. unchanged, MCV, MCHC unchanged
d. Iron deficiency anemia… 3. decreased MCV, decreased MCHC
e. Breed: Akita… 1. decreased MCV, MCHC unchanged
Select the negative acute-phase proteins
a. CRP
b. Albumin
c. Fibrinogen
d. Transferrin
e. Haptoglobin
b. Albumin
d. Transferrin
➡Note: During acute inflammation, the positive acute phase proteins increase while the
negative acute phase proteins decrease.
In case of DIC
a. PTT increases
b. APTT decreases
c. APTT increases
d. Thrombocyte (platelet) number increases
e. PTT decreases
f. Platelet number decreases
a. PTT increases
c. APTT increases
f. Platelet number decreases
The reference interval and unit of actual base excess (ABE) is…
+/- 3.5 mmol/l
The upper limit of pCO2 in canine venous blood is (number + unit)…
45 mmHg
The canine steroid induced hepatic alkaline phosphatase (ALKP, AP) isoform is heat
stable…
True or false
TRUE
AST is a liver-specific enzyme (i.e. only produced in the liver)…
True or false
FALSE
Muscle, heart, RBC too
Decreasing pH (acidosis) results in an increased oxygen unload from haemoglobin (right shift in the oxygen dissociation curve)… True or false
FALSE
Fibrinogen free plasma is called (blood) serum…
True or false
TRUE
Sub-questions a. Hepatocellular damage is indicated by… b. Haemolysis… c. Only found in dogs… d. Liver function tests… e. In case of cholestasis… 1. ALT, AST, GLDH increase 2. ALT, AST, GLDH increase 3. Bile acids, total bilirubin, ammonia 4. Total bilirubin increases, PCV decreases, bile acids are unchanged 5. bile acids and total bilirubin increase
A. Hepatocellular damage is indicated by… 1. ALT, AST, GLDH increase
B. Haemolysis… 4. Total bilirubin increases, PCV decreases, bile acids are unchanged
C. Only found in dogs… 2. ALT, AST, GLDH increased.
D. Liver function tests… 3. Bile acids, total bilirubin, ammonia
E. In the case of cholestasis… 5. bile acids and total bilirubin increase
Which tube can be used for coagulation measurements?
a. EDTA
b. Na-citrate 9:1 (blood:citrate)
c. Na-citrate 4:1 (blood:citrate)
d. Li-heparine
e. NaF
e. NaF
The primary process (metabolic or respiratory) is the one that leads to the acid-base
disturbance - this parameter is always shifted in the same direction as the pH and
usually this shift is significant…
True or false
TRUE
Match the analytes with informations they can give
a. MCV…
b. Reticulocyte count…
c. MCHC…
d. RDW…
e. Osmotic resistance…
1. regeneration
2. macrocytosis
3. intravascular haemolysis
4. anisocytosis
5. hypochromasia
A. MCV — 2. Macrocytosis B. Reticulocyte COUNT — 4. Anisocytosis C. MCHC — 5. Hypochromasia D. RDW — 1. Regeneration E. Osmotis resistance — 3. Intravascular Haemolysis
Which one is not a urinary cast type?
a. Waxy
b. Hyaline
c. White blood cell
d. Transitional cell
e. Granular
d. Transitional cell
The glutaric aldehyde test determines the presence of acute inflammation in
ruminants…
True or false
TRUE
pH is defined as the negative base 10 logarithm of hydrogen ion concentration…
True or false
TRUE
Which analytes are measured in the conditions given to prove their presence?
a. Chylorous effusion…
b. Bile peritonitis…
c. Acute pancreatitis…
d. Urinary tract rupture…
e. Tumour related effusion…
1. increased triglycerides with normal cholesterol
2. total bilirubin
3. amylase, lipase
4. LDH
5. urea, creatinine
a. Chylorous effusion… 1. increased triglycerides with normal cholesterol
b. Bile peritonitis… 2. total bilirubin
c. Acute pancreatitis…3. amylase, lipase
d. Urinary tract rupture…5. urea, creatinine
e. Tumour related effusion…4. LDH