IMMUNOLOGY
SIMPLIFIED
This one-day seminar provides a overview of the three general principles of
the immune system--1) recognition of self vs. non-self, 2) selectivity and
specificity, and 3) memory. Each of the general principles will be discussed
in greater detail, including HLA antibodies, tissue typing for transplant
surgery, recognition of specific pathogens and responding, and memory in the
form of T-cell memory and antibodies produced by the plasma cells. The
seminar also covers the function of the macrophage antigen processing cell
and the presentation of the antigens to the cells of the immune system.
Various cytokines will be discussed including the interleukins, the
interferons, and tumor necrosis factor. Drugs that modulate these cytokines
include steroids, monoclonal antibodies, methotrexate, receptor
antagonists, will also be discussed as they relate to the immune system and
to diseases. B lymphocytes, plasma cells, antibodies, T lymphocytes, and
Natural Killer cells will be discussed and correlated with clinical
conditions including leukemias, lymphomas, HIV, TB, and drugs made from
antibodies (IVIG, monoclonal antibodies). Barb will spend some time on the
discussion of monoclonal antibodies used in neurology, ophthalmology,
cardiology, oncology, virology and more. The seminar will include how
vaccines work, and how long they last. Immunopathology will be discussed
according to type. Type 1 immunopathology includes IgE mediated (immediated
hypersenstivity) diseases including anaphylaxis, hay fever, asthma, and
other allergies. Type 2 immunopathology includes autoimmune reactions to
self antigens--Hashimoto's thyroiditis, multiple sclerosis, autoimmune
glomerulonephritis. Type 3 immunolopathology includes immune complex
diseases such as systemic lupus erythematosus and rheumatoid arthritis. Type
4 immunopathology includes delayed hypersensitivty reactions including
contact dermatitis and poison ivy. The aging immune system will also be
discussed. This is the perfect introduction to the immune system and its
functions. |