Please answer all questions. 5. When the inflammatory mediators exceed the body's coping mechanisms, acute shock may occur, which requires immediate treatment with epinephrine. 6. Type I hypersensitivity can be diagnosed by and can be partially prevented by avoidance of and by 7. Some type I hypersensitivities are treated with IMMUNODEFICIENCY DISEASES 1. develop when the body cannot launch or sustain an immune response and may be classified as: a. immunodeficiency diseases, which result from mutations or developmental anomalies and occur in young children, are present from birth, resulting from a genetic defect or developmental abnormality. They are generally rare and may affect B cells, T cells, natural killer (NK) cells, phagocytes, or complement components. b. immunodeficiency diseases, occur after birth, perhaps due . The most significant example of an acquired immunodeficiency is (AIDS). c. People with either type of immunodeficiency tend to have repeated infections; the types of infections often depend on which part of the immune system is affected. .

1. Please answer all questions.
5. When the inflammatory mediators exceed the body's coping mechanisms, acute shock may
occur, which requires immediate treatment with epinephrine. 6. Type I hypersensitivity can be
diagnosed by and can be partially prevented by avoidance of and by 7. Some type I
hypersensitivities are treated with IMMUNODEFICIENCY DISEASES 1. develop when the
body cannot launch or sustain an immune response and may be classified as: a.
immunodeficiency diseases, which result from mutations or developmental anomalies and occur
in young children, are present from birth, resulting from a genetic defect or developmental
abnormality. They are generally rare and may affect B cells, T cells, natural killer (NK) cells,
phagocytes, or complement components. b. immunodeficiency diseases, occur after birth,
perhaps due . The most significant example of an acquired immunodeficiency is (AIDS). c.
People with either type of immunodeficiency tend to have repeated infections; the types of
infections often depend on which part of the immune system is affected.