WBC Count
1.
Name
of the technique
2.
Fluid
used
3.
Parts
of the pipette
4.
Gradation
in the pipette
5.
Amount
of fluid in pipette
6.
Bead
color
7.
Function
of bead
8.
Anticoagulant
used and Percentage
9.
Which
Vein used to collect blood – other areas
10.
Name
of the chamber used
11.
Name
of diluting fluid
12.
Composition
of fluid and function of each component
13.
ml
of blood used
14.
Normal
range in
a.
Adult
Male
b.
Adult
Female
c.
Lactating
females
d.
Pregnant
females
e.
New
born
f.
Infant
g.
Child
below 6years,
h.
Children
6 -12 yrs of age.
15.
Causes
for increase in total count
a.
Physiological
b.
Pathological
16.
Causes
for decrease in total count
a.
Physiological
b.
Pathological
17.
Radiological,
clinical manifestation of deficiency of each type of cells
18.
Oral
manifestation of deficiency with pathophysiology of each cells
19.
Distribution
of each type of cell
20.
Structure,
dimensions & function of each type of cell
21.
Life
period of each type of cell
22.
Synthesis
and differentiation of each cell
23.
Enzymes
& Hormone involved in production of cells
24.
Staining
characteristics
25.
Other
methods of counting DC
26.
Manual
27.
Automated
28.
Principles
of other methods
29.
What
errors could lead to false count during & how to rectify
a.
Blood
collection
b.
Storage
c.
Loading
in pipette
d.
Loading
the chamber
e.
Coverslip
placement
f.
Count
30.
Function
of each type of cell
31.
Site
of production
32.
Absolute
counts
33.
What
is
a.
Leukocytosis
b.
Leukopenia
c.
Neutropenia
d.
Agranulocytosis
e.
Neutrophilia
f.
Eosinophilia
34.
Granules
characteristics & composition of
a.
Eosinophils
b.
Neutrophils
c.
Monocytes
35.
Platelet
count
36.
INR
37.
PTT
38.
PT
39.
BT
40.
CT
41.
Relevance
of following to blood disorders
a.
SGOT
b.
SGPT
42.
Acute
inflammation changes in DC
43.
Chronic
inflammation changes in DC
44.
Cell
count changes in HIV
45.
CD4:CD8
Ratio
46.
Stabs
47.
Shift
to right
48.
Shift
to left
49.
Basopenia
50.
Eosinopenia
51.
Drugs
which increase the number of basophils:
52.
Drugs
which decrease the number of basophils:
53.
Drugs
which increase the number of eosinophils:
54.
Drugs
which decrease the number of eosinophils:
55.
Drugs
which decrease the number of lymphocytes:
56.
Drugs
which decrease the number of monocytes:
57.
Drugs
which increase the number of neutrophils:
58.
Drugs
which decrease the number of neutrophils:
59.
Thromobocytosis
60.
Thrombocytopenia
61.
Platelet
normal values
62.
Megakaryocytes
63.
Conditions
in which platelet count is increased:
64.
Condition
in which platelet count is decreased:
65.
Drugs
which may increase the platelet count:
66.
Drugs
which may decrease the platelet count:
67.
What
is the rationale, principle and normal range for the following tests:
a.
ANEMIA
DIAGNOSIS
b.
Blood
smear
c.
Complete
blood cell count
d.
Ferritin
e.
Folic
acid
f.
Free
erythrocyte protoporphyrin
g.
Glucose-6-phosphate
dehydrogenase
h.
Iron
68.
RBC
indices
69.
RBC
distribution width
70.
Reticulocyte
count
71.
Schilling
test
72.
Total
iron-binding capacity
73.
Transferrin
74.
Transferrin
saturation
75.
Vitamin
B12
76.
COAGULATION
STUDIES
77.
Anti-thrombin
III
78.
Bleeding
time
79.
Coagulation
factor assay
80.
D-dimer
test
81.
Euglobulin
lysis time
82.
Fibrin
degradation products
83.
Fibrinogen
84.
Partial
thromboplastin time
85.
Plasminogen
86.
Protein
C
87.
Protein
S
88.
Prothrombin
time
89.
Thrombin
clotting time
90.
PLATELET
ACTIVITY TESTS
91.
Bleeding
time
92.
Platelet
aggregation test
93.
Platelet
count
94.
Platelet,
mean volume
