B Cell: Difference between revisions
Added some links. Corrected a typo. |
No edit summary |
||
| Line 1: | Line 1: | ||
B cells are [[Lymphocytes|lymphocytes]] that form part of the [[Humoral immunity|humoral immunity]] branch of the [[Adaptive immune system|adaptive immune system]]. They work by producing the neccessary [[Antibody|antibodies]] and presenting antigens to the [[T-cells|T cells]] via [[Immunoglobulin|immunoglobulin]] surface receptors. B cells are produced from the [[Pluripotent precursor cells|pluripotent precursor cells]] found in the [[Bone marrow|bone marrow]].<br> | B cells are [[Lymphocytes|lymphocytes]] that form part of the [[Humoral immunity|humoral immunity]] branch of the [[Adaptive immune system|adaptive immune system]]. They work by producing the neccessary [[Antibody|antibodies]] and presenting antigens to the [[T-cells|T cells]] via [[Immunoglobulin|immunoglobulin]] surface receptors. B cells are produced from the [[Pluripotent precursor cells|pluripotent precursor cells]] found in the [[Bone marrow|bone marrow]].<br> | ||
B cells are a lymphocyte are a specialist lymphocyte that can | B cells are a lymphocyte are a specialist lymphocyte that can perform two roles in regards to [[Humoral immunity|humoral immunity]]. Typically they are produced in the bone marrow hence the name "B-cell". Our bodies have a large variety of B cells due to the random rearrangement of antibodies in the B cell during maturation. Different arrangements result in different B cell expressions. Once B cells mature they are released from bone marrow into the lymphatic system. Some B cells can specialise as antibody producing plasma cells. | ||
Plasma cells produce antibodies which can bind to antigens presented on the surface of a [[Pathogen|pathogen]] creating holes in the in cell wall of the pathogen causing the cells to die. The other specialsim is memory cells that contain the antigens of previous infection; thus if there is a [[Secondary infection|secondary infection]] and the pathogen presents the same antigens the memory cells have allowed the body to create and sotre antibodies that are complemetary to the specific antigen therefore the immune response this time is much faster<ref>Immunology 8th edition Weir and Stewart Churchill Lingstone 1997</ref>. | |||
=== References === | === References === | ||
<references /> | <references /> | ||
Revision as of 16:05, 17 October 2018
B cells are lymphocytes that form part of the humoral immunity branch of the adaptive immune system. They work by producing the neccessary antibodies and presenting antigens to the T cells via immunoglobulin surface receptors. B cells are produced from the pluripotent precursor cells found in the bone marrow.
B cells are a lymphocyte are a specialist lymphocyte that can perform two roles in regards to humoral immunity. Typically they are produced in the bone marrow hence the name "B-cell". Our bodies have a large variety of B cells due to the random rearrangement of antibodies in the B cell during maturation. Different arrangements result in different B cell expressions. Once B cells mature they are released from bone marrow into the lymphatic system. Some B cells can specialise as antibody producing plasma cells.
Plasma cells produce antibodies which can bind to antigens presented on the surface of a pathogen creating holes in the in cell wall of the pathogen causing the cells to die. The other specialsim is memory cells that contain the antigens of previous infection; thus if there is a secondary infection and the pathogen presents the same antigens the memory cells have allowed the body to create and sotre antibodies that are complemetary to the specific antigen therefore the immune response this time is much faster[1].
References
- ↑ Immunology 8th edition Weir and Stewart Churchill Lingstone 1997