RBC Maturing New Exam With Correct Answers 100% Verified
Hematopoiesis - ANSWER production of all blood cells
liver and spleen - ANSWER in the fetus where does hematopoiesis take place
Red marrow - ANSWER active, in young animals, where cells are being made
yellow marrow - ANSWER inactive, found in adult animals, red marrow is replaced by fat
pluripotent stem cells (PPSC) - ANSWER ancestor to all blood cells
Erythropieth (EPO) - ANSWER hormone responsible for RBC production
Hypoxia - ANSWER not enough oxygen in the blood
Erythropoiesis - ANSWER produces specifically RBC
Progenitor - ANSWER the starting stage of erythropoiesis in the bone marrow
cytoplasmic color - ANSWER starts as basophilic than turns to purple than finally to red
when it is fully mature
basophilic - ANSWER dark blue color
Rubriblast - ANSWER -most immature
- has a nucleus
- largest of the stages
- basophilic cytoplasm
, - 1% is in bone marrow
- 7:1 nucleus to cytoplasm ratio
Prorubicyte - ANSWER - smaller than rubriblast
- prenuclear clear zone present
- 3-4% in bone marrow
Rubiocyte - ANSWER - smaller than prerubricyte
- starts as a blue color but becomes red due to the increase of hemoglobin
- 35% in bone marrow
33% - ANSWER the percentage of RBC in hemoglobin
Metarubricyte - ANSWER AKA: nucleated RBC
- smaller than rubriocyte
-when bone marrow attempts to produce more RBC within a shorter period of time
- 57% in the bone marrow
polychromatophil/ reticulocyte - ANSWER - no nucleus
- can transport oxygen although it is not mature enough
RBC - ANSWER - no nucleus
- color is red/reddish orange
- transports oxygen
Anemia - ANSWER lack of RBC
Hematopoiesis - ANSWER production of all blood cells
liver and spleen - ANSWER in the fetus where does hematopoiesis take place
Red marrow - ANSWER active, in young animals, where cells are being made
yellow marrow - ANSWER inactive, found in adult animals, red marrow is replaced by fat
pluripotent stem cells (PPSC) - ANSWER ancestor to all blood cells
Erythropieth (EPO) - ANSWER hormone responsible for RBC production
Hypoxia - ANSWER not enough oxygen in the blood
Erythropoiesis - ANSWER produces specifically RBC
Progenitor - ANSWER the starting stage of erythropoiesis in the bone marrow
cytoplasmic color - ANSWER starts as basophilic than turns to purple than finally to red
when it is fully mature
basophilic - ANSWER dark blue color
Rubriblast - ANSWER -most immature
- has a nucleus
- largest of the stages
- basophilic cytoplasm
, - 1% is in bone marrow
- 7:1 nucleus to cytoplasm ratio
Prorubicyte - ANSWER - smaller than rubriblast
- prenuclear clear zone present
- 3-4% in bone marrow
Rubiocyte - ANSWER - smaller than prerubricyte
- starts as a blue color but becomes red due to the increase of hemoglobin
- 35% in bone marrow
33% - ANSWER the percentage of RBC in hemoglobin
Metarubricyte - ANSWER AKA: nucleated RBC
- smaller than rubriocyte
-when bone marrow attempts to produce more RBC within a shorter period of time
- 57% in the bone marrow
polychromatophil/ reticulocyte - ANSWER - no nucleus
- can transport oxygen although it is not mature enough
RBC - ANSWER - no nucleus
- color is red/reddish orange
- transports oxygen
Anemia - ANSWER lack of RBC
