State the structure of the second line of defense that best fits the description. 1. cascade reactions in these proteins result in a membrane attack complex formed in the diseased cell 2. aggressive phagocyte that released a respiratory burst (hydrogen peroxide and bleach) to destroy pathogens 3. released proteins prevent pathogen entry into neighboring cells 4. phagocyte that acts as an antigen presenting cell, arrives late during inflammation 5. specialized cell for destroying cancerous or virally infected cells circulating in the lymph

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Choose all the answers that are true. The lymphatic system helps to protect the body Inflammation and fever are non-specific (innate) defenses. red blood cells can be found in the lymph lymph fluid drains into the bloodstream The different types of lymphocytes play an important role in specific (adaptive) defenses. lymph fluid surrounds the cells of the body The first line of defense are the barrier surfaces like the skin and mucous membranes. The lymphatic system is not a circulatory system. It begins with lymph capillaries.

Indicate where in the lymph nodes the listed cell types are found by dragging labels to the appropriate boxes. Some labels are used more than once. Lymphatic Nodules B cells Medulla T cells Macrophages Germinal Centers Alvin Telser/McGraw-Hill Education

please give me an answer that's not been posted yet. think about one of these organ system: cardiovascular, respiratory, lymphatics, integumentary. Within one of those systems, talk about the most troubling symptom a patient might have that would signal to you an infectious disease. So just one system and one symptom per person, I'm sure you will all come up with many different ones. For that symptom discuss why it is most troubling to you and how it might signify an infectious disease. You can also include examples of diseases that might fit with that symptom.

Consider the types of defense. Drop each label into the flow chart to indicate whether it is a first, second, or third line of defense. Fever Chemical barriers Inflammation Mechanical barriers Cellular immune response NK cells Phagocytosis Humoral immune response Pathogen begins to enter the body First line of defense: Second line of defense: Pathogen enters body Third line of defense:

Drag the labels to correctly relate host cells to the defense processes they carry out. Active in worm and fungal infections Mast cells Reset Predominant phagocytic cell to kill bacteria Allergic and inflammatory symptoms Myeloid progenitor Neutrophils Eosinophils Matures into macrophages and dendritic cells Matures into macrophages and dendric cels Stem cell Cell-mediated immunity Monocyte Lymphoid progenitor Produce antibodies B lymphocyte T lymphocyte

Match the types of immunity written on the table with the descriptions below. Write the number corresponding to the type. 1. Innate 3. Natural-active 5. Natural- passive 7. Antibody-mediated 2. Acquired Adaptive 4. Artificial-active 6. Artificial-passive 8. Cell-mediated 1. The body is producing antibodies as a result of bacterial infection. 2. An adaptive immune response involving T lymphocytes. 3. It occurs when we receive vaccines of attenuated antigens. 4. This immunity is highly specific to the pathogen; has a memory. 5. This involves the B lymphocytes that give rise to antibodies. 6. This is a generalized defense against all foreign invaders. 7. It happens when a person receives infusion of gamma globulins. 8. It is passed on from the mother onto a fetus through placenta.

Your client comes to you with a rash covering his lower legs and arms. The area is inflamed and erythematous and weeping slightly. He tells you he was clearing out some brush behind his house. You diagnose poison ivy. Your initial response will be a SOAP Note to