The rate of cell division in bone marrow varies depending on factors such as age, health, and physiological conditions. In healthy adults, hematopoietic stem cells in the bone marrow can divide and differentiate into various blood cell types, producing millions of new cells daily to maintain adequate blood cell levels. This process is tightly regulated to ensure a balance between cell production and apoptosis. Under certain conditions, such as infection or anemia, the rate of cell division can significantly increase to meet the body's demands.
No, bone marrow cells do not divide through binary fission. They typically divide through a process called mitosis, where the cell undergoes orderly division to produce two identical daughter cells. Binary fission is a form of cell division common in prokaryotic cells like bacteria.
Myelocytes are bone marrow cells.
Blood cells are produce in the bone marrow.
at the bone marrow and liver and it occurs in both the cell's mitochondria and cytosol
an unchanged bone cell from the marrow? a stem cell?
Since Bone marrow produces blood cells, if bone marrow is destroyed WBCs, RBCs and platelets will not be formed. However there are no bones and therefore no bone marrow in plants.
white in colour
Red bone marrow.
Adult stem cells, like those found in bone marrow, may be prone to becoming cancerous due to their high rate of division and the accumulation of genetic mutations over time. As these cells differentiate into various blood cell types, they are exposed to various environmental and cellular stresses that can further increase mutation rates. Additionally, the microenvironment in the bone marrow can influence stem cell behavior, potentially leading to dysregulation and the development of malignancies.
Either a bone marrow or a stem cell transplant (although these days most stem cell transplants are obtained from blood).
No, red blood cells cannot perform cell division as they do not have a nucleus. They are instead produced in the bone marrow by the division of stem cells.
Osteoclasts. They are phagocytic just like macrophages and originate from the same stem cells in the bone marrow as macrophages.