Respan Dataset Explorer

Calculate absolute number of monocytes
according to the following data:
White blood cells (WBC) - 2*109/L;


Monocytes- 7%.


Write the answer in number: ... *109/L
(use a comma or point if it necessary).

Absolute number of monocytes: 0.14 * 10^9/L.

Calculate absolute number of neutrophils
according to the following data:
White blood cells (WBC) - 300*109/L;


Neutrophils - 14%


Write the answer in number: ... *109/L
(use a comma or point if it necessary).

Absolute number of neutrophils: 42 * 10^9/L.

What is true about agranulocytosis?


1.


the main forms are myelotoxic
and haptenic


2.


this is a clinical and
hematological syndrome
characterized by a decrease or
even disappearance of
granulocytes from the blood


3.


it is a clinical and hematological
syndrome characterized by an
increase in the content of
granulocytes in the blood


4.


it is characterized by the
appearance of infectious
complications ("agranulocytic
tonsillitis", stomatitis, necrotizing
enteropathy, urosepsis, etc.)


5.


this is a condition in which the
content of granulocytes in the
blood is less than 0.75x109/l, and
the total number of leukocytes is
<1.0x109/I


this is a condition in which the
content of granulocytes in the
blood is more than 0.75x109/,
and the total number of
leukocytes is s1.0x109/l

1. True  
2. True  
3. False  
4. True  
5. True  
6. False  

Calculate absolute number of neutrophils
according to the following data:
White blood cells (WBC) - 7*10%/L;


Neutrophils -55%.


Write the answer in number: ... *1 09/L
(use a comma or point if it necessary).

Absolute number of neutrophils: 3.85 * 10^9/L.

What pathology is characterized by the following
features?


total devastation of the bone marrow: only single
nuclear elements are found in its punctates; in the
blood, there is an increasing irreversible aplastic anemia
of a hypo, normo- or hyperchromic nature, as well as
leukopenia with agranulocytosis and
thrombocytopenia?

Aplastic anemia.

Make the conclusion on the following
data:


White blood cells (WBC) - 300*109/L;


Neutrophils- 15%.


1.
Leukocytosis
2. Neutrophils in normal (absolute)
3. Absolute neutropenia
4. Relative neutropenia
5. Absolute neutrophilia
6. Relative neutrophilia
7. Leukocytes in normal
8. Neutrophils in normal (relative)
9. Leukopenia

1. Yes  
2. No  
3. Yes  
4. Yes  
5. No  
6. No  
7. No  
8. Yes  
9. No  

Eosinophilia
cases:


develops in


the following


1.


acute blood loss


bronchial asthma


2.


3.


fungal allergic alveolitis


4.


chickenpox


5.


acute infections (coccal)


infectious mononucleosis

1. No  
2. Yes  
3. Yes  
4. No  
5. No  
6. Yes  

presence in the blood of
non-segmented forms of
neutrophils (myelocytes,
metamyelocytes), an increase in
the percentage of band neutrophils
against the background of
leukopenia and absolute
neutropenia, giant polysegmented
neutrophils appear in the
blood with a decrease in their
non-segmented forms
an increase in the number of
mature segmented neutrophils in


the blood against the background C
of general leukocytosis

The first description corresponds to a **left shift** in the leukocyte formula, indicating an increased release of immature neutrophils.

The second description corresponds to a **right shift**, which indicates an increase in mature segmented neutrophils, typically seen in certain conditions or responses to infection.

Calculate absolute number of monocytes
according to the following data:
White blood cells (WBC) - 145*109/L;


Monocytes- 5%.


Write the answer in number: ... *109/L
(use a comma or point if it necessary).

Absolute number of monocytes: 7.25 * 10^9/L.

Basophilia develops in the following
cases:


1.


some
(ankylostomiasis)


helminthiasis


2.


infections during the period of
recovery -"pink dawn of recovery


3.


hemophilia


4.


malignant tumors


5.


acute blood loss


6.


in
autoimmune diseases
(ulcerative colitis, collagenosis)

1. Yes  
2. Yes  
3. No  
4. Yes  
5. No  
6. Yes