Actually red blood cells do not have the longest life span of circulating blood cells - that would be differentiated memory B lymphocytes. RBCs actually have a relatively short circulating life span (about 4 months on average) because they lose their nuclei and most cellular organelles when they mature. This means the cell cannot repair damage to the cell membrane and eventually the cell becomes too damaged to function and is removed by the spleen.
They lack a nucleus and other organelles which would replace parts that are wearing out all this contributes to their short life span.
The reason why red blood cells live up to 120 days is because they lack organelles and a nucleus, which are required to keep a cell alive.
Red blood cells have a limited life span because they don't have a nucleus nor DNA.
They are broken down by the body and filtered out.
erythrocytes Erythrocytes
The SSC (self surviving cell) model is only a hypothetical cell; no such cells exist in nature. Thus, it was decided to model living cells so that the simulation results could be evaluated. Human erythrocytes were chosen for the model because intracellular metabolism is limited in human erythrocytes and because they do not replicate, transcribe or translate genes; also, there are already several studies on the modeling of erythrocyte. The construction of a prototype of human erythrocytes using the E-CELL System has been completed,this is referred to as VIRTUAL ERYTHROCYTES.
resealed erythrocytes is a targeted system in which drug is loaded in own's erythrocytes for controlled drug delivery
No. Erythrocytes are produced by bone marrow.
65% of the body's iron is found in erythrocytes
No, mature human erythrocytes have no nucleus.
They do. Mammals are the only vertebrates without a nucleus in their erythrocytes.
Erythrocytes aka red blood cells, specifically the hemoglobin of the red blood cells
I found that erythrocytes mature in the bone marrow closely attached to a macrophage.
Agglutination and eventual lysis of erythrocytes occurs.
no
erythrocytes