both are lymphosites
They compliment each other, forming the branch of the immune system called the acquired immune response.
Basically put, they aid in the elimination of invading pathogens and create immunity at the same time.
B cells stand for Bursa of Fabricus and T cells stand for T-lyphocytes.
T-cells will do this
T- and B-cells are highly specialised defender cells - different groups of cells are tailored to different germs. When your body is infected with a particular germ, only the T- and B-cells that recognise it will respond. These selected cells then quickly multiply, creating an army of identical cells to fight the infection. Special types of T- and B-cells 'remember' the invader, making you immune to a second attack.
Lymphocytes
The T in T-cells stands for the thymus gland. Lymphocytes produced in the bone marrow are either become B-cells or they are matured in the thymus gland and are "trained" to be either Natural Killer T-cells, CD4 (Helper T-cells), CD8 (Suppressor T-cells).
B cells stand for Bursa of Fabricus and T cells stand for T-lyphocytes.
t cells are killer cells b cells are antibodies
its the t and the b
B-cells and T-cells are both produced in the bone marrow. B-cells stay in the bone marrow but T-cells migrate to the thymus
Approximately 67% T cells and 33% B cells.
T and B cells are two types of lymphatic cells.
T and B cells are two types of lymphatic cells.
Regulatory T-cells
plasma cells
T-cells will do this
T-cells B-cells NK cells (natural killer)
T cells's primary task is to activate B cells and killer T cells. The B cells searchfor antigens matching its receptors. If it finds such antigen it connects to it, and inside the B cell a triggering signal is set off.