AUBF

Question 1

Leukocytes, fibrin, cell debris
a. clear
b. ground-pepper like
c. opaque, oily, shimmering
d. turbid

Answer 1

d

Question 2

Radiographic Contrast Media(RCM)
a. clear
b. ground-pepper like
c. opaque, oily, shimmering
d. turbid

Answer 2

c

Question 3

MILKY
a. crystals
b. ground-pepper like
c. opaque, oily, shimmering
d. turbid

Answer 3

a

Question 4

Ochronosis (type of
degenerative bonedisease)
a. crystals
b. ground-pepper like
c. opaque, oily, shimmering
d. turbid

Answer 4

b

Question 5

Rheumatoid Arthritis(RA),degenerative synoviumwithfibrin
a. crystals
b. ground-pepper like
c. opaque, oily, shimmering
d. free-floating rice bodies

Answer 5

d

Question 6

Normal viscosity of synovial

Answer 6

Able to formstring- 4- 6 cm

Question 7

Normal Hyaluronic Acid Level

Answer 7

0.3 - 0.4 g/dL

Question 8

test for synovial fluid

Answer 8

ROPES/MUCIN CLOT TEST aka Hyaluronic
Polymerization Test

Question 9

reagent used in ROPES/MUCIN CLOT TEST aka Hyaluronic
PolymerizationTest

Answer 9

2-5%Acetic Acid

Question 10

Reporting in synovial fluid
GOOD
a. no clot
b. friable clot
c. soft clot
d. solid clot

Answer 10

d

Question 11

Reporting in synovial fluid
FAIR
a. no clot
b. friable clot
c. soft clot
d. solid clot

Answer 11

c

Question 12

Reporting in synovial fluid
LOW
a. no clot
b. friable clot
c. soft clot
d. solid clot

Answer 12

b

Question 13

Reporting in synovial fluid
POOR
a. no clot
b. friable clot
c. soft clot
d. solid clot

Answer 13

a

Question 14

Uses ________ to count cells in synovial fluid

Answer 14

Hemacytometry

Question 15

Diluting fluids in synovial fluid

Answer 15

• NSS with Methylene Blue
• Hypotonic Saline (0.3%) (can result to RBC lysis)
• Saline with Saponin (can result to RBC lysis)

Question 16

heat & acetic acid nitric acid test
a. glucose
b. bile
c. albumin/protein
d. melanin

Answer 16

c

Question 17

benedict
a. glucose
b. bile
c. albumin/protein
d. melanin

Answer 17

a

Question 18

heat precipitation
a. glucose
b. bile
c. albumin/protein
d. bence jones protein

Answer 18

d

Question 19

rothera “red rings”
a. ketones
b. bile
c. albumin/protein
d. bence jones protein

Answer 19

a

Question 20

gunning
a. ketones
b. bile
c. albumin/protein
d. bence jones protein

Answer 20

a

Question 21

gerhardt
a. ketones
b. bile
c. albumin/protein
d. bence jones protein

Answer 21

a

Question 22

seliwanoff
a. lactose
b. bile
c. levulose
d. bence jones protein

Answer 22

c

Question 23

rubner
a. lactose
b. bile
c. levulose
d. bence jones protein

Answer 23

a

Question 24

gmelin
a. lactose
b. bile
c. levulose
d. bence jones protein

Answer 24

b

Question 25

smith a. lactose b. bile c. levulose d. bence jones protein

Answer 25

b

Question 26

ehrlich a. urobilin b. urobilinogen c. levulose d. indicans

Answer 26

b

Question 27

schlesinger a. urobilin b. urobilinogen c. levulose d. indicans

Answer 27

a

Question 28

OBERMAYER a. urobilin b. urobilinogen c. levulose d. indicans

Answer 28

d

Question 29

guaiac a. calcium b. hemoglobin c. chloride d. melanin

Answer 29

b

Question 30

ammonium sulfate a. calcium b. hemoglobin c. chloride d. melanin

Answer 30

b

Question 31

thormalen a. calcium b. hemoglobin c. chloride d. melanin

Answer 31

d

Question 32

sulkowitch a. calcium b. hemoglobin c. chloride d. melanin

Answer 32

a

Question 33

fantus a. calcium b. hemoglobin c. chloride d. melanin

Answer 33

c

Question 34

Location of glucose, amino acids and salts a. ascending loop of henle b. proximal convoluted tubule c. proximal and distal convoluted tubule d. descending loop of henle collecting duct

Answer 34

b

Question 35

location of chloride a. ascending loop of henle b. proximal convoluted tubule c. proximal and distal convoluted tubule d. descending loop of henle collecting duct

Answer 35

a

Question 36

location of sodium in active transport a. ascending loop of henle b. proximal convoluted tubule c. proximal and distal convoluted tubule d. descending loop of henle collecting duct

Answer 36

c

Question 37

location of water a. ascending loop of henle b. proximal convoluted tubule c. proximal and distal convoluted tubule d. descending loop of henle collecting duct e. a and b f. b and d

Answer 37

f

Question 38

location of urea a. ascending loop of henle b. proximal convoluted tubule c. proximal and distal convoluted tubule d. descending loop of henle collecting duct e. a and b f. b and d

Answer 38

e

Question 39

location of sodium in passive transport a. ascending loop of henle b. proximal convoluted tubule c. proximal and distal convoluted tubule d. descending loop of henle collecting duct e. a and b f. b and d

Answer 39

a