6. Match the example/scenario provided to the type of humoral immunity. a. active, naturally acquired b. active, artificially acquired c. passive, naturally acquired d. passive, artificially acquired Recent research has shown promise in the treatment of stomach cancer. Patients given a monoclonal antibody that binds to the cancer cells, elicits the immune response to kill the cancer cell. What type of immunity is this an example of? Timothy, a three-year-old, was playing on the playground when he picked up a piece of chewed gum an adult had thrown on the ground. The next day, he ran a fever and was vomiting which his mom attributed to him picking up of immunity is this an example of? the gum and eating it. Assuming this is true, what type In 1950-1960, a vaccine to combat polio was developed. Two types of vaccines were created, an oral vaccine that contained live attenuated (less disease causing) virus and later an inactivated polio vaccine. What type of immunity is this an example of

6. Match the example/scenario provided to the type of humoral immunity. a. active, naturally acquired b. active, artificially acquired c. passive, naturally acquired d. passive, artificially acquired Recent research has shown promise in the treatment of stomach cancer. Patients given a monoclonal antibody that binds to the cancer cells, elicits the immune response to kill the cancer cell. What type of immunity is this an example of? Timothy, a three-year-old, was playing on the playground when he picked up a piece of chewed gum an adult had thrown on the ground. The next day, he ran a fever and was vomiting which his mom attributed to him picking up of immunity is this an example of? the gum and eating it. Assuming this is true, what type In 1950-1960, a vaccine to combat polio was developed. Two types of vaccines were created, an oral vaccine that contained live attenuated (less disease causing) virus and later an inactivated polio vaccine. What type of immunity is this an example of

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

See similar textbooks

Similar questions

5. A patient receives a donor kidney to replace diseased kidney tissue. Consider and answer the following: B) list two similarities and two differences between response mechanisms of natural killer cells and cytotoxic T cells to the tissue graft in the absence of immune suppression.
Describe 2 distinct mechanisms by which an autoimmune disease can be manifested. Explain exactly what goes awry leading to one's immune system mounting a response to self.
7. _ (blank) _ produce antibodies that are released into the bloodstream. Select one: a. B cells b. T cells c. Plasma cells d. Memory cells e. Mast cells 8. What is produced by white blood cells and act to stimulate other white blood cells? Select one: a. Immunoglobulins b. Histamines c. Interferons d. Interleukins e. Complements 9. An important step in the body's second line of defense is to identify the pathogen's _ (blank) _. Select one: a. Antibodies b. Histamines c. Antigens d. Cytokines e. Interferons
8. Helper T cells that respond to extracellular pathogens by activating B cells are called A. antigen-presenting cells. B. cytotoxic T cells. C. Th0 cells. D. Th1 cells. E. Th2 cells.
8. Match each term with the correct definition. Each term is only used once. Myeloid progenitors Lymphoid progenitors Monocytes Macrophages Eosinophils…
1. Match the following leukocytes (A-L) with the correct description (a-j). Each term should be used only once or it should not be used at all. (b) (c) (d) (e) (f) A. Mast cells B. Neutrophils C. Macrophages D. Eosinophils E. Monocytes F. Dendritic cells G. B cells H. Helper T cells I. Cytotoxic T cells J. Basophils K. Plasma cells L. Natural killer cells can perform phagocytosis and they are the most abundant type of leukocytes in the blood. are found in various tissues and release histamine and other chemicals involved in inflammation. are cytotoxic cells used for the killing of parasites are transformed into macrophages when they enter tissues. are antibody-producing cells. belong to the specific immune system and can kill virus-infected cells and cancer cells. have receptors consisting of two heavy chains and two light chains _can kill pathogens by phagocytosis and present peptide antigen fragments on MHC molecules. are found in the blood and are involved in allergic reactions. are…
Match the following:
Johnny has just been infected and needs your help in letting him know how his body is fighting the infection. To do so, describe how the innate and adaptive immune systems work together. You should address the following: 1. define adaptive and innate immunity; 2. Describe the role of natural killer cells (how do they work); 3. what are antigen presenting cells and what is their function, what are MHCs?; 4. describe the role of the complement system; 5. what is the role of interferons?; 6. How do helper T cells, cytotoxic T cells and B lymphocytes work make sure you address adaptive immunity memory?; 7. Define HIV, which cells do they attack and why do some individuals develop persistent lymphadenopathy (swollen or enlarged lymph nodes)?
3. Draw an IgG antibody. Label the following: a. The heavy and light chains b. The constant and variable domains c. The Fab and Fc domains d. The antigen binding site, e. The hinge region f. The amino and carboxyl termini g. Indicate approximately the location of critical glycosylation sites h. Indicate approximately where the CDR (hypervariable domains) are located