COAGULATIVE DISORDERS

Question 1

is a complex process involving
multiple steps and many clotting factors.

Answer 1

Hemostasis

Question 2

Cutting or damaging blood vessels leads
to vascular spasm that produces a
vasoconstriction which will slow or even
stop blood flow.

Answer 2

Vascular phase

Question 3

In larger blood vessels, platelets begin to
stick to the surfaces of endothelial cells.
Aggregation of platelets leads to the
formation of a platelet plug.

Answer 3

Platelet phase

Question 4

The overall process involves the
formation of the insoluble protein. Fibrin
from the plasma protein

Answer 4

Coagulation phase

Question 5

the medical term for blood clot.

Answer 5

Fibrin

Question 6

enzyme na responsible para ma convert ang fibrinogen sa fibrin is

Answer 6

thrombin.

Question 7

most of them are protein With the
exemption of

Answer 7

Clotting Factor IV – Calcium

Question 8

clotting factors are synthesized from the

Answer 8

liver

Question 9

Hemophilia B,

Answer 9

Christmas Factor deficiency

Question 10

classic hemophilia,

Answer 10

Hemophilia A

Question 11

thrombin activated form.

Answer 11

prothrombin

Question 12

stationary clot

Answer 12

(thrombus),

Question 13

A traveling clot

Answer 13

embolus

Question 14

too much blood clot,

Answer 14

Thrombophilia

Question 15

form within deep veins, usually in the legs
or pelvis but sometimes in the arms.
Symptoms can include swelling or pain in
the legs.

Answer 15

Deep Vein Thrombosis

Question 16

A blood clot that forms in an artery is
called an arterial thrombosis. Arterial clots
that break apart can damage any of
several different organs.

Answer 16

Arterial Thrombosis

Question 17

A DVT that breaks off and travels to the
lungs is called a pulmonary embolism. A
clot that becomes lodged in a lung artery
can cause lung damage, organ damage
or death.

Answer 17

Pulmonary Embolism

Question 18

60% - 80% of patients
Def. of VWF

Answer 18

Type 1 VWD

Question 19

15% - 30% of patients Produce VW Factor but
does NOT function the way it should

Answer 19

Type 2 VWD

Question 20

5% - 10% of patients Total Absence of VWF

Answer 20

Type 3 VWD

Question 21

Results after a diagnosis of an autoimmune disease,
such as lupus, or from heart disease or some
types of cancer. It can also occur after taking
certain medications

Answer 21

Acquired
VWD

Question 22

measurement of the intrinsic power
of the blood to convert fibrinogen to
fibrin

Answer 22

Coagulation time test

Question 23

measures how quickly your blood
clots.

Answer 23

Prothrombin time test

Question 24

Helps evaluate a person’s ability to
appropriately form blood clots. measures the number of seconds (A normal range is
around 21 to 35 seconds.)

Answer 24

APTT test

Question 25

Fibrinogen
Prothrombin
Tissue Factor,
Thromboplastin
IV Calcium

Answer 25

Factors:
I
II
III
IV

Question 26

Proconvertin, Stable Factor
VIII Antihemophilic Factor
Christmas Factor

Answer 26

Factors:
V
VI
VII
VIII
IX

Question 27

Stuart Prower Factor
Plasma Thromboplastin Antecedent
Hageman Factor
Fibrin-stabilizing Factor,

Answer 27

Factors:
X
XI
XII
XIII