The percentage goes up. (Hematocrit is the percentage of red blood cells in a sample of whole blood, so if an elevated number of red blood cells is produced by your bone marrow, your hematocrit level should rise).
Blood cells are produced by the bone marrow. When there is a problem with the marrow, it can stop producing blood cells. An example is Aplastic Anemia.
Polycythemia vera is the condition described when the red blood cell mass is above normal ranges. Polycythemia can occur in a number of conditions, including hereditary, secondary (smoking), and primary.
Marrow
The red bone marrow is important in the skeletal function of producing blood.
Infants grow relatively fast and need quite a lot of red blood cells, which are only produced in red bone marrow. As the infants grow older, much of the red bone marrow is gradually replaced by yellow bone marrow containing a special kind of fat that gives it its yellowish color. If the body needs more red blood cells than the remaining red marrow is capable of producing, some of the yellow marrow changes to red marrow.
Blood cells are produced by the bone marrow. When there is a problem with the marrow, it can stop producing blood cells. An example is Aplastic Anemia.
Polycythemia Vers
Bone Marrow
About the only thing would be a bone marrow transplant if your bone marrow isn't working.
Polycythemia vera is the condition described when the red blood cell mass is above normal ranges. Polycythemia can occur in a number of conditions, including hereditary, secondary (smoking), and primary.
Marrow
Because it is active in producing blood elements
Red blood cells are produced in the bone marrow.
Blood cells are produced in bones, specifically in the bone marrow.
since there is destruction of the platelets, the red blood cell production in the bone marrow will increase since the platelet production will not compete with it.
Yellow blood cell is another name for bone marrow. Bone marrow is the tissue responsible for producing red blood cells.
The liver does not produce blood cells at all - the bone marrow does.