Miscellaneous

Front 1

Machine that sucks blood to separate it for at least 1 hour

Back 1

Apheresis machine

Front 2

Red cell suspension

Back 2

2 to 5 percent

Front 3

2 to 3 min at 3200 rpm

Back 3

Light spin

Front 4

MCV

Back 4

Mean cell Corpuscolar Value

Front 5

MCH NV: 27 to 31

Back 5

Mean cell corpuscular Hemoglobin

Front 6

Deficiency in B12 and B 9

Nuclear maturation lags behind

Oval, Macrocyte

Pernicous, Anemia

Back 6

Megaloblastic

Front 7

Need for Hb synthesis

Cytoplasmic maturation lags behind

Microcytic and Hypochromic

Iron deficiency Anemia

Back 7

Iron deficiency

Front 8

DAT

Back 8

Direct antihuman globulin test

Front 9

IAT

Back 9

Indirect antihuman globulin test

Front 10

HTR occurs when blood transfused is wrong type

Back 10

Hemolytic Transfusion Reaction

Front 11

DIHA drug in vivo sensitization of cells

Back 11

Drug induced nemolytic anemia

Front 12

HDFN- when mother is rh negative and the baby is rh positive. But this only happens if its the second baby because the mother already developed anti bodies.

Back 12

Hemolytic disease of the fetus and New born

Front 13

P polychromatophilia

S spherocytes

T teardrop RBC

A acanthocytes

S schistocytes

H helmet cells

Back 13

1+ if 1 to 5/ field

2 + if 6 to 10/ field

3+ if greater than 10

Front 14

B bizzare shape rbc

E elliptocyte

B burr cell

S stomatocytes

T target cell

O ovalocytes

P poikilocytosis

Back 14

1+ 3 to 10

2+ 11 to 20

3+ greater than 20

Front 15

Rouleaux formation

Back 15

1+ 3 to 4

2+ 5 to 10

3+ more than 10 numerous

Front 16

Basophilic stippling

Sickle cell

Pappenheimer bodies

Howell jolly bodies.

Back 16

Positive or negative

Front 17

80f L

Back 17

Microcytic anemia

Front 18

80 to 100 fL

Back 18

Normocytic

Front 19

Greater than 100 fl

Back 19

Macrocytic anemia

Front 20

T- thalassemia- globin chain synthesis

A- anemia of chronic disease- fE sequestration

I- IDA (most common) heme synthesis

S- sederoblastic anemia

Bot I and S protophorphin synthesis defect.

Back 20

Microcytic anemia problem wth HB

Front 21

Aplastic anemia

Chronic live disease

Alcoholism

Large RBc

Membrane change- disruption of cholesterol to phospholipids

Back 21

Non megaloblastic anemia

Front 22

Vit b12 and b9 deficiency

Cause of impairment in DNA synthesis

parasite that feeds on vit B12

Back 22

Megaloblastic

Front 23

1. Primary hemostasis- vascular system amd platelets

2. Secondary hemostasis- coagulation factors

Back 23

Stages of hemostasis

Front 24

Primary hemostasis

Back 24

1.vasoconstriction2. Platelet Adhesion 3. Platelet activation 4. Platelet secretion 5. Platelet Aggregation 6. Formation of platelet plug

Front 25

Secondary hemostasis

Back 25

1. Generation of thromboplastin

2. Conversion of prothrombin to thrombin

3. Conversion of fibrinogen to fibrin

Front 26

Back 26

Chart

Front 27

Brain

Back 27

Microglia

Front 28

Bone

Back 28

Osteoclasts

Front 29

Heart and Vasculature

Back 29

Heart Macrophage

Front 30

Liver

Back 30

Kupffer

Front 31

Lungs

Back 31

Alveolar

Front 32

Adipose

Back 32

Adiposw

Front 33

Bone marrow

Back 33

Bone marrow

Front 34

Gut

Back 34

Instestinal macrophages

Front 35

Skin

Back 35

Langerhans

Front 36

Spleen

Back 36

Marginal zone

Front 37

10 ml 5% rbc

10000 ml x 0.05

=500 ml- rbc

10000- 500

9500 M- nss normal saline solution

Back 37

Red cell suspension computation

Front 38

Mcv formula

Back 38

Mcv hct %/ rbc (x10 to the 12 power) L multiply by 10.

Front 39

Mch formula

Back 39

Mch= hg(g/dL)/RBC (x10 raise to 12 L)

Front 40

MCHC formula

Back 40

Hb= hb (g/dL)/ hct (%) multiply by 100