blood cells
bone marrow cells will divide through binary fission
To divide by mitosis and produce new cells which will then differentiate into various new specialised tissues.
Labile cells (the kinds of cells that can divide throughout their lifetime) normally do so within the organ they constitute. Some examples of labile cells are skin cells, cells of the gastrointestinal tract, and blood cells; however, blood cells divide in the bone marrow and lymphocytes divide in the lymph nodes. Other kinds of cells in the body are either stable cells (that do not normally divide--this includes nerve cells) and permanent cells (that do not have the ability to divide.)
When cells differentiate, they become specialized.
The production of blood cells is called hematopoeisis, and it is the process by which all the different blood cells are formed from a single kind of hematopoeitic stem cell. All of the body's blood cells start out in medullary portion of bone--the marrow--except in some fetal stages and in some disease states, where blood cells can be produced in the liver and spleen (this is called extramedullary hematopoeisis). Most of the cells produced in the bone marrow mature into their final forms in the bone marrow, but some white blood cells finish maturation in the thymus. The stem cells and their progeny (daughter cells) receive various stimuli in the form of chemicals that contact them that "push" them in the direction of forming whatever blood cells the body happens to need.
Immature B cells derived from the bone marrow migrate to the spleen where they can differentiate into mature B cells.
bone marrow cells will divide through binary fission
The bone marrow contains 3 types of multipotent stem cells (i.e. cells which can differentiate into several other types of cells) in the stroma. However, other cells are fully differentiated.
Erythrocytes or red blood cells are formed in the bone marrow from precursor cells called erythroblasts which themselves are formed from pleuripotential stem cells - the mother of all blood cells. Along the way, erythroblasts take various forms/ stages until they differentiate into mature erythrocytes.
Red blood cells are made in the bone marrow in the skull, ribs, sternum (breast bone), spine and pelvis. The stem cells divide and multiply to make the blood cells. These cells differentiate (develop and mature) as they grow into white cells, red cells or platelets.
To divide by mitosis and produce new cells which will then differentiate into various new specialised tissues.
Labile cells (the kinds of cells that can divide throughout their lifetime) normally do so within the organ they constitute. Some examples of labile cells are skin cells, cells of the gastrointestinal tract, and blood cells; however, blood cells divide in the bone marrow and lymphocytes divide in the lymph nodes. Other kinds of cells in the body are either stable cells (that do not normally divide--this includes nerve cells) and permanent cells (that do not have the ability to divide.)
There are various types of bone marrow disease, which are caused by abnormalities in the stem cells contained within the marrow. Leukaemia is one example of a bone marrow disease, in which abnormal white blood cells are produced. Bone marrow disease can also be caused by genetic or environmental factors.
CD8+ T cells divide and differentiate into cytotoxic T lymphocytes.
All blood cells originate in the bone marrow. Some of the white blood cells mature in or are stored in other tissues (e.g. thymus gland, spleen) after leaving the bone marrow.
It doesn't have one location. Osteoprogenitor cells are mesenchymal stem cells, that are present in the bone marrow, perioustem and even adipose tissue.
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.