ry A Detail the process of an adaptive immune response, highlighting the key steps involved in the activation, differentiation, and effector functions of adaptive immune cells. Diagram or describe the te all the stone/stages that can NOT be

Herpes Simplex Virus 1 (HSV-1) causes lifelong infection with potential for multiple reactivation events. Which of the following explain why the virus can cause repeat episodes of disease with reactivation in the presence of a secondary immune response? O HSV-1 requires a state of immunosuppression of HSV 1 specific memory cells to allow for reactivation O HSV-1 lacks PAMPS to be recognized by lymphocytes HSV-1 produces protein A that will inhibit IgA activity in the saliva HSV-1 interferes with IL-2 secretion HSV-1 disables MHC I and interferon alpha to suppress immune recognition

A. Organism that causes diseaseB. Larger in children than adults, this organ is the site of T cell maturation.C. Small region of substance or organism that binds directly to antibody.D. With granules that take up acidic stains, these white blood cells defend against parasites.E. Star-shaped cells critical for T-cell activationF. One type of complement pathwayG. These molecules "show off' self or non-self-peptides to T cells.H. A protein fragment that tags cells for destruction by phagocytesI.Substance or organism that induces an immune response.I.May be released into circulation or serve as a B cell receptor.K. Signalling molecule made by virally infected cells.L. The most abundant white cells in the blood, these phagocytic cells have multilobed nucleiM. A laboratory procedure that can test for antigen or antibody.N. A remarkable intracellular complex that amplifies the innate immune responseO. Receptors that recognize pathogen products and cause macrophages to produceinterleukins.P. A…

Outline the main activities of cell-mediated immunities.

. Describe how the immune responses to bacteria and viruses differ, making sure to refer to the defining innate, humoral and cellular immune components of each.