tiymph nodesles (Matchingualch each lettered term with the most closely related description.arioride loа. В сеlls18 Beginning of lymphatic system18b. spleenc. lymphatic capillariesd. cytotoxic T cells19 Thymus medullary structures19sone2020 Receives lymph from right lymphatic duct21 Thymus, spleen, and lymph nodes22 Smallest lymphoid organs21e. epithelial reticular cellsTymphatio capillaries22f tonsilsg. lymphopoiesis23 Regulate and coordinate the immune response23h. thymic corpuscles24 Largest mass of lymphoid tissue in boc24 spleeni. lymphoid organs25 Maintains blood thymus barrier2526j. helper T cells and requlatory T cells 26 Occurs in red bone marrow, thymus, and lymphoid tissuesCytotoxic T cellstonsilsk. afferent lymphatics27 Cell-mediated immunity2728 Lymphoid nodules in walls of pharynx29 Antibody-mediated immunity28I. right subclavian vein29m. lymph nodesBO afferent lumphatic30 Carry lymph to lymph nodes103 CHAPTER 19Blood Vessels and CirculationSECTION 1ReviewNLabelingLabel the blood vessels and theircomponents in the images below.LM X 60456ming

Introduction: The lymphoreticular and immune systems work in coordination to provide protection to…

Matching utch each lettered term with the most closely related description. а. В сells 18 Beginning of lymphatic system 18 b. spleen c. lymphatic capillaries d. cytotoxic T cells 19 Thymus medullary structures sone 20 19 20 Receives lymph from right lymphatic duct e. epithelial reticular cells ortag 21 Thymus, spleen, and lymph nodes 21 22 lymphatic capillarie- e 22 Smallest lymphoid organs f tonsils g. lymphopoiesis h. thymic corpuscles 23 Regulate and coordinate the immune response 23 24 Largest mass of lymphoid tissue in body 25 Maintains blood thymus barrier - 24 Spleen 25 i. lymphoid organs 26 j. helper T cells and regulatory T cells 26 Occurs in red bone marrow, thymus, and lymphoid tissues 27 Cytotoxic T cells tonsils 27 Cell-mediated immunity k. afferent lymphatics I. right subclavian vein 28 Lymphoid nodules in walls of pharynx 28 29 Antibody-mediated immunity 30 Carry lymph to lymph nodes 29 m. lymph nodes B0 afferent lymphat 10

Matching utch each lettered term with the most closely related description. а. В сells 18 Beginning of lymphatic system 18 b. spleen c. lymphatic capillaries d. cytotoxic T cells 19 Thymus medullary structures sone 20 19 20 Receives lymph from right lymphatic duct e. epithelial reticular cells ortag 21 Thymus, spleen, and lymph nodes 21 22 lymphatic capillarie- e 22 Smallest lymphoid organs f tonsils g. lymphopoiesis h. thymic corpuscles 23 Regulate and coordinate the immune response 23 24 Largest mass of lymphoid tissue in body 25 Maintains blood thymus barrier - 24 Spleen 25 i. lymphoid organs 26 j. helper T cells and regulatory T cells 26 Occurs in red bone marrow, thymus, and lymphoid tissues 27 Cytotoxic T cells tonsils 27 Cell-mediated immunity k. afferent lymphatics I. right subclavian vein 28 Lymphoid nodules in walls of pharynx 28 29 Antibody-mediated immunity 30 Carry lymph to lymph nodes 29 m. lymph nodes B0 afferent lymphat 10

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,...

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2. Plasma cells are which type of lymphocyte? Explain, No more than 3-6 sentences. A). T cells B). B cells
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12 A. Labeling Label the structure of a lymph node. 2 3 4 5 9 10 11 12 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12.
ustine, a 39-year-old female, has recently been diagnosed with lymphoma. She has a family history of several cancers but not lymphoma. Her personal medical history includes mononucleosis, asthma, and two full-term pregnancies and vaginal births. Before her diagnosis, she had been feeling “generally sick” and felt several lumps on her neck and armpits. She had a fever that wouldn’t go away and had been waking up sweaty in the middle of the night. Microscopy showed the presence of Reed-Sternberg cells. Based on the information given, which of the type of lymphoma does Justine have? Non-Hodgkin lymphoma Hodgkin lymphoma Lymphocytic lymphoma Burkitt’s lymphoma
5. omparc the composition and funçtions of the red and white pulp of the spleen. blood Red pulp:Hers the laceeton adsets nd otod ordamayed red blood cells White pulp:Constrictsut 6. Complete the following table with information on two types of specific immunity.. Lsnt can munecellscndles helorte immure Cell-mediated Immunity Antibody-mediated Immunity Types of lymphocytes involved: Site of lymphocyte maturation: Mode of action: MAKE THE CONNECTION 1. Explain the role that the lymphatic system plays in the metastasis of cancer. concer spreacs throush te lumphatic susteno Scolem 2. ATE-Vcar-old female patient with a history of tonsillitis 4 wceks before coming to the clinic presents to a physician with arthrit is that has been moving from joint to joint (migratory polyarthritis). An cchocardiogram reveals that the mitral valve is damaged and a sedimentation rate indicates the patient has acute inflammation which is later traced to the heart muscle. Elaw Follow the sequence of events…
ustine, a 39-year-old female, has recently been diagnosed with lymphoma. She has a family history of several cancers but not lymphoma. Her personal medical history includes mononucleosis, asthma, and two full-term pregnancies and vaginal births. Before her diagnosis, she had been feeling “generally sick” and felt several lumps on her neck and armpits. She had a fever that wouldn’t go away and had been waking up sweaty in the middle of the night. Microscopy showed the presence of Reed-Sternberg cells. Which part of Justine’s case study is considered a risk factor for her diagnosis? Her age Her gender/sex Past Epstein-Barr infection History of asthma
8. Match each term with the correct definition. Each term is only used once. Myeloid progenitors Lymphoid progenitors Monocytes Macrophages Eosinophils…