WARNING:
JavaScript is turned OFF. None of the links on this concept map will
work until it is reactivated.
If you need help turning JavaScript On, click here.
This Concept Map, created with IHMC CmapTools, has information related to: Group A5 Dillion, Myasthenia Gravis Caused by Type II hypersensitivity, Complement when activated causes tissue damage in this type of Type III hypersensitivity, Sulfonamides to produce antigen thats presented on MHC molecules, Antibody-mediated Antibodies against Ach receptors cause Myasthenia Gravis, Corticosteroids Can reduce inflammation in cases of Vasculitis, Type II hypersensitivity this reaction is abundant in these immunoglubulins IgM, OMM pt can be treated by augmenting flow after removing restrictions to drainage Robert Dillon/Dillion Temperature: 102.1 ⁰F Height: 68 inches Pulse: 124 bpm Weight: 150 lbs Respirations: 28 rpm Blood Pressure: 100/68 mmHg, Type II hypersensitivity immune response where Ab's target Ag's on surface of tissues Antibody-mediated, MHC molecules MHC class II only present on Antigen presenting cells, Robert Dillon/Dillion Temperature: 102.1 ⁰F Height: 68 inches Pulse: 124 bpm Weight: 150 lbs Respirations: 28 rpm Blood Pressure: 100/68 mmHg presents with symptoms of Anaphylaxis, Type III hypersensitivity a component of seurm sickness characterized by skin rash, joint stiffness, and extremity swelling Antivenom, Antigen presenting cells phagocytose Sulfonamides, Stevens-Johnson Syndrome (SJS) Presents with this symptom characterized by an increase in body temperature Fever, B cells to produce these immunoglobulins IgE, Type I hypersensitivity thoracic inlet release can be use to alleviate the components from this reaction OMM, IgE immunoglobulin abundant in this reaction Type I hypersensitivity, Cell-mediated are supressed by this type of immune response Cyclosporine, IgE a symtom from a type I hypersensitivity reaction Anaphylaxis, Sulfonamides In rare cases can cause Stevens-Johnson Syndrome (SJS), Antivenom immunoglobulin is present due to type III hypersensitivity reaction IgG