Abstract
When a foreign substance is introduced into the body, the organism responds by synthesizing relatively large amounts of immunoglobulins which will react specifically with the immunogen. Originally, this was thought to involve a relatively straightforward series of events in which antigens were processed by phagocytic cells, plasma cell precursors representing selected clones were activated by specific antigens, and then cell proliferation and differentiation led to the production of specific antibodies. However, within this model it was not clear how recognition of self, tolerance, and the availability of precursor cells ready to make every possible antibody was achieved. Although these and other difficult questions have still not been resolved, it has become clear that between the initial introduction of antigen and the activation of the plasma cell to produce antibodies, the body carries out a highly complex series of events involving a multiplicity of signals mediated through soluble factors and the direct and indirect interactions of multiple cell types. Subpopulations of thymus (T) derived and bone marrow (or in the bird, bursa of Fabricius) (B) derived lymphocytes interact with macrophages and with each other to produce negative (suppressive) or positive (collaborative) responses. Genes are activated. Some cells are stimulated to replicate and differentiate whereas others are prevented from responding. All this requires what Jerne (1974) has called a “network of information” and is so complex that the details are only just beginning to be discussed.
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Cieplinski, W., Scharff, M.D. (1977). The Production of Immunoglobulins by Mouse Myeloma Cells. In: Gordon, A.S., Silber, R., LoBue, J. (eds) The Year in Hematology. Springer, Boston, MA. https://doi.org/10.1007/978-1-4899-6688-9_10
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DOI: https://doi.org/10.1007/978-1-4899-6688-9_10
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