Lymphatic System and Immunity Lymphatic System the other
![Lymphatic System and Immunity Lymphatic System and Immunity](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-1.jpg)
![Lymphatic System - the other circulatory system Lymphatic System - the other circulatory system](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-2.jpg)
![A. Structures - lymph fluid, lymph vessels, lymph tissue, red bone marrow - makes A. Structures - lymph fluid, lymph vessels, lymph tissue, red bone marrow - makes](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-3.jpg)
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![B. Functions 1. Drains interstitial fluid returns to circulatory system 2. Transports lipids, vitamins B. Functions 1. Drains interstitial fluid returns to circulatory system 2. Transports lipids, vitamins](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-7.jpg)
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![B. Functions 1. Drains interstitial fluid returns to circulatory system 2. Transports lipids, vitamins B. Functions 1. Drains interstitial fluid returns to circulatory system 2. Transports lipids, vitamins](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-9.jpg)
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![C. Lymph vs. interstitial fluid 1. Same chemical composition (like plasma - less protein), C. Lymph vs. interstitial fluid 1. Same chemical composition (like plasma - less protein),](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-11.jpg)
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![D. Lymphatic vessels 1. Lymphatic capillaries between blood capillaries 2. Interstitial fluid flows into D. Lymphatic vessels 1. Lymphatic capillaries between blood capillaries 2. Interstitial fluid flows into](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-13.jpg)
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![D. Lymphatic vessels 1. Lymphatic capillaries between blood capillaries 2. Interstitial fluid flows into D. Lymphatic vessels 1. Lymphatic capillaries between blood capillaries 2. Interstitial fluid flows into](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-16.jpg)
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![E. Lymphatic tissue 1. Lymph nodes 2. Tonsils 3. Spleen 4. Thymus E. Lymphatic tissue 1. Lymph nodes 2. Tonsils 3. Spleen 4. Thymus](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-18.jpg)
![E. Lymphatic tissue 1. Lymph nodes a. Oval shape surrounded by a capsule and E. Lymphatic tissue 1. Lymph nodes a. Oval shape surrounded by a capsule and](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-19.jpg)
![E. Lymphatic tissue 1. Lymph nodes a. Oval shape surrounded by a capsule and E. Lymphatic tissue 1. Lymph nodes a. Oval shape surrounded by a capsule and](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-20.jpg)
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![E. Lymphatic tissue 2. Tonsils a. Lymphatic nodes near pharynx b. Positioned to interpret E. Lymphatic tissue 2. Tonsils a. Lymphatic nodes near pharynx b. Positioned to interpret](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-22.jpg)
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![E. Lymphatic tissue 3. Spleen a. Lies between stomach and diaphragm contains plasma cells, E. Lymphatic tissue 3. Spleen a. Lies between stomach and diaphragm contains plasma cells,](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-24.jpg)
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![E. Lymphatic tissue 3. Spleen a. Lies between stomach and diaphragm contains plasma cells, E. Lymphatic tissue 3. Spleen a. Lies between stomach and diaphragm contains plasma cells,](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-26.jpg)
![E. Lymphatic tissue 4. Thymus a. Behind sternum, between lungs contains T cells, macrophages E. Lymphatic tissue 4. Thymus a. Behind sternum, between lungs contains T cells, macrophages](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-27.jpg)
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![F. Lymph circulation F. Lymph circulation](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-29.jpg)
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![F. Lymph circulation 1. heart → artery → capillary → cells (interstitial fluid) → F. Lymph circulation 1. heart → artery → capillary → cells (interstitial fluid) →](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-31.jpg)
![F. Lymph circulation 1. heart → artery → capillary → cells (interstitial fluid) → F. Lymph circulation 1. heart → artery → capillary → cells (interstitial fluid) →](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-32.jpg)
![G. Nonspecific resistance to disease 1. One function of the lymphatic system is protection G. Nonspecific resistance to disease 1. One function of the lymphatic system is protection](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-33.jpg)
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![Immunity - The response of the body to destroy a specific pathogen. Immunity - The response of the body to destroy a specific pathogen.](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-35.jpg)
![A. Acquired immunity - immunity granted to the body by prior contact with that A. Acquired immunity - immunity granted to the body by prior contact with that](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-36.jpg)
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![B. Antigens (Ag) - immunogens 1. This is any chemical substance that is not B. Antigens (Ag) - immunogens 1. This is any chemical substance that is not](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-38.jpg)
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![C. Antibodies (Abs) 1. These are produced by plasma cells and are specific for C. Antibodies (Abs) 1. These are produced by plasma cells and are specific for](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-40.jpg)
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![D. Methods of destroying antigens 1. Cell mediated immunity - uses T cells which D. Methods of destroying antigens 1. Cell mediated immunity - uses T cells which](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-43.jpg)
![2. Antibody mediated immunity - uses B cells which produce antibodies. Used against bacteria 2. Antibody mediated immunity - uses B cells which produce antibodies. Used against bacteria](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-44.jpg)
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![D. Methods of destroying antigens 1. Cell mediated immunity uses T cells which directly D. Methods of destroying antigens 1. Cell mediated immunity uses T cells which directly](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-46.jpg)
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![E. Cell mediated immunity E. Cell mediated immunity](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-48.jpg)
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![F. Antibody mediated immunity 1. Sensitized T cells travel to the tonsils, lymph nodes F. Antibody mediated immunity 1. Sensitized T cells travel to the tonsils, lymph nodes](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-50.jpg)
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![Antibody mediated immunity Cell mediated immunity Antibody mediated immunity Cell mediated immunity](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-55.jpg)
![Antibody mediated immunity Cell mediated immunity Antibody mediated immunity Cell mediated immunity](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-56.jpg)
![F. Antibody mediated immunity 1. Sensitized T cells travel to the tonsils, lymph nodes F. Antibody mediated immunity 1. Sensitized T cells travel to the tonsils, lymph nodes](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-57.jpg)
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![G. Skin 1. Langerhans cells in the skin will bind to the antigen and G. Skin 1. Langerhans cells in the skin will bind to the antigen and](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-60.jpg)
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- Slides: 62
![Lymphatic System and Immunity Lymphatic System and Immunity](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-1.jpg)
Lymphatic System and Immunity
![Lymphatic System the other circulatory system Lymphatic System - the other circulatory system](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-2.jpg)
Lymphatic System - the other circulatory system
![A Structures lymph fluid lymph vessels lymph tissue red bone marrow makes A. Structures - lymph fluid, lymph vessels, lymph tissue, red bone marrow - makes](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-3.jpg)
A. Structures - lymph fluid, lymph vessels, lymph tissue, red bone marrow - makes the WBC, lymphocytes - makes B and T cells
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-4.jpg)
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-5.jpg)
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![B Functions 1 Drains interstitial fluid returns to circulatory system 2 Transports lipids vitamins B. Functions 1. Drains interstitial fluid returns to circulatory system 2. Transports lipids, vitamins](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-7.jpg)
B. Functions 1. Drains interstitial fluid returns to circulatory system 2. Transports lipids, vitamins from GI tract to blood
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-8.jpg)
![B Functions 1 Drains interstitial fluid returns to circulatory system 2 Transports lipids vitamins B. Functions 1. Drains interstitial fluid returns to circulatory system 2. Transports lipids, vitamins](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-9.jpg)
B. Functions 1. Drains interstitial fluid returns to circulatory system 2. Transports lipids, vitamins from GI tract to blood 3. Protection - uses lymphocytes, lymph organs
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![C Lymph vs interstitial fluid 1 Same chemical composition like plasma less protein C. Lymph vs. interstitial fluid 1. Same chemical composition (like plasma - less protein),](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-11.jpg)
C. Lymph vs. interstitial fluid 1. Same chemical composition (like plasma - less protein), different location. 2. Lymph is in lymph vessels, interstitial is between cell
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-12.jpg)
![D Lymphatic vessels 1 Lymphatic capillaries between blood capillaries 2 Interstitial fluid flows into D. Lymphatic vessels 1. Lymphatic capillaries between blood capillaries 2. Interstitial fluid flows into](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-13.jpg)
D. Lymphatic vessels 1. Lymphatic capillaries between blood capillaries 2. Interstitial fluid flows into lymphatic capillaries due to a pressure gradient and then, due to an overlapping of the capillary walls, cannot escape
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-14.jpg)
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-15.jpg)
![D Lymphatic vessels 1 Lymphatic capillaries between blood capillaries 2 Interstitial fluid flows into D. Lymphatic vessels 1. Lymphatic capillaries between blood capillaries 2. Interstitial fluid flows into](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-16.jpg)
D. Lymphatic vessels 1. Lymphatic capillaries between blood capillaries 2. Interstitial fluid flows into lymphatic capillaries due to a pressure gradient and then, due to an overlapping of the capillary walls, cannot escape 3. Lymphatic capillaries contain valves like veins
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-17.jpg)
![E Lymphatic tissue 1 Lymph nodes 2 Tonsils 3 Spleen 4 Thymus E. Lymphatic tissue 1. Lymph nodes 2. Tonsils 3. Spleen 4. Thymus](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-18.jpg)
E. Lymphatic tissue 1. Lymph nodes 2. Tonsils 3. Spleen 4. Thymus
![E Lymphatic tissue 1 Lymph nodes a Oval shape surrounded by a capsule and E. Lymphatic tissue 1. Lymph nodes a. Oval shape surrounded by a capsule and](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-19.jpg)
E. Lymphatic tissue 1. Lymph nodes a. Oval shape surrounded by a capsule and divided interiorly into regions (follicles) producing T/B cells and macrophages
![E Lymphatic tissue 1 Lymph nodes a Oval shape surrounded by a capsule and E. Lymphatic tissue 1. Lymph nodes a. Oval shape surrounded by a capsule and](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-20.jpg)
E. Lymphatic tissue 1. Lymph nodes a. Oval shape surrounded by a capsule and divided interiorly into regions (follicles) producing T/B cells and macrophages b. Lymph nodes filter the lymph being returned to the blood. Fibers trap substances and the T/B cells or macrophages destroy them c. Lymph flows into the node through afferent vessels and leaves through efferent vessels
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-21.jpg)
![E Lymphatic tissue 2 Tonsils a Lymphatic nodes near pharynx b Positioned to interpret E. Lymphatic tissue 2. Tonsils a. Lymphatic nodes near pharynx b. Positioned to interpret](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-22.jpg)
E. Lymphatic tissue 2. Tonsils a. Lymphatic nodes near pharynx b. Positioned to interpret foreign substances inhaled or swallowed. c. Contain T/B cells
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-23.jpg)
![E Lymphatic tissue 3 Spleen a Lies between stomach and diaphragm contains plasma cells E. Lymphatic tissue 3. Spleen a. Lies between stomach and diaphragm contains plasma cells,](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-24.jpg)
E. Lymphatic tissue 3. Spleen a. Lies between stomach and diaphragm contains plasma cells, RBC, macrophages and leukocytes
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-25.jpg)
![E Lymphatic tissue 3 Spleen a Lies between stomach and diaphragm contains plasma cells E. Lymphatic tissue 3. Spleen a. Lies between stomach and diaphragm contains plasma cells,](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-26.jpg)
E. Lymphatic tissue 3. Spleen a. Lies between stomach and diaphragm contains plasma cells, RBC, macrophages and leukocytes b. Does not filter lymph. Site of B cell proliferation into antibody producing plasma cells
![E Lymphatic tissue 4 Thymus a Behind sternum between lungs contains T cells macrophages E. Lymphatic tissue 4. Thymus a. Behind sternum, between lungs contains T cells, macrophages](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-27.jpg)
E. Lymphatic tissue 4. Thymus a. Behind sternum, between lungs contains T cells, macrophages b. Grows until puberty, then atrophies c. Produces and distributes T cells
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![F Lymph circulation F. Lymph circulation](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-29.jpg)
F. Lymph circulation
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![F Lymph circulation 1 heart artery capillary cells interstitial fluid F. Lymph circulation 1. heart → artery → capillary → cells (interstitial fluid) →](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-31.jpg)
F. Lymph circulation 1. heart → artery → capillary → cells (interstitial fluid) → lymphatic capillaries → lymphatic vessels → lymph node → lymph trunks → thoracic duct (lymph from top left side/all lower body) → Left jugular/subclavian OR right lymphatic duct (right top side) → right jugular/subclavian → superior vena cava → heart
![F Lymph circulation 1 heart artery capillary cells interstitial fluid F. Lymph circulation 1. heart → artery → capillary → cells (interstitial fluid) →](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-32.jpg)
F. Lymph circulation 1. heart → artery → capillary → cells (interstitial fluid) → lymphatic capillaries → lymphatic vessels → lymph node → lymph trunks → thoracic duct (lymph from top left side/all lower body) → Left jugular/subclavian OR right lymphatic duct (right top side) → right jugular/subclavian → superior vena cava → heart 2. Flow is maintained by skeletal muscle movement and/or respiratory movement
![G Nonspecific resistance to disease 1 One function of the lymphatic system is protection G. Nonspecific resistance to disease 1. One function of the lymphatic system is protection](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-33.jpg)
G. Nonspecific resistance to disease 1. One function of the lymphatic system is protection against pathogens (disease producers). The ability to do so is called resistance. Nonspecific resistance is a general response by the body to counteract many pathogens.
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-34.jpg)
![Immunity The response of the body to destroy a specific pathogen Immunity - The response of the body to destroy a specific pathogen.](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-35.jpg)
Immunity - The response of the body to destroy a specific pathogen.
![A Acquired immunity immunity granted to the body by prior contact with that A. Acquired immunity - immunity granted to the body by prior contact with that](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-36.jpg)
A. Acquired immunity - immunity granted to the body by prior contact with that pathogen 1. Naturally acquired active immunity person becomes sick and survives. 2. N. acquired passive immunity - immunity is passed from one person to another Ex - mother to child through placenta or breast milk. 3. A. acquired active immunity - from vaccination with the pathogen 4. Artificially acquired passive immunity - injection of antibodies
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![B Antigens Ag immunogens 1 This is any chemical substance that is not B. Antigens (Ag) - immunogens 1. This is any chemical substance that is not](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-38.jpg)
B. Antigens (Ag) - immunogens 1. This is any chemical substance that is not recognized by the body as self. It will lead to the production of specific antibodies and will react specifically with them.
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-39.jpg)
![C Antibodies Abs 1 These are produced by plasma cells and are specific for C. Antibodies (Abs) 1. These are produced by plasma cells and are specific for](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-40.jpg)
C. Antibodies (Abs) 1. These are produced by plasma cells and are specific for an antigen like a lock and key. 2. There are 5 classes of antibodies or immunoglobulins.
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-41.jpg)
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![D Methods of destroying antigens 1 Cell mediated immunity uses T cells which D. Methods of destroying antigens 1. Cell mediated immunity - uses T cells which](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-43.jpg)
D. Methods of destroying antigens 1. Cell mediated immunity - uses T cells which directly attack and destroy. Mostly used for antigens like fungus, parasites, etc (not bacteria/viruses)
![2 Antibody mediated immunity uses B cells which produce antibodies Used against bacteria 2. Antibody mediated immunity - uses B cells which produce antibodies. Used against bacteria](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-44.jpg)
2. Antibody mediated immunity - uses B cells which produce antibodies. Used against bacteria and viruses
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-45.jpg)
![D Methods of destroying antigens 1 Cell mediated immunity uses T cells which directly D. Methods of destroying antigens 1. Cell mediated immunity uses T cells which directly](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-46.jpg)
D. Methods of destroying antigens 1. Cell mediated immunity uses T cells which directly attack and destroy. Mostly used for antigens like fungus, parasites, etc (not bacteria/viruses) 2. Antibody mediated immunity - uses B cells which produce antibodies. Used against bacteria and viruses 3. The cells used by each are produced by lymph nodes, spleen, GI tract, red bone marrow
![](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-47.jpg)
![E Cell mediated immunity E. Cell mediated immunity](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-48.jpg)
E. Cell mediated immunity
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![F Antibody mediated immunity 1 Sensitized T cells travel to the tonsils lymph nodes F. Antibody mediated immunity 1. Sensitized T cells travel to the tonsils, lymph nodes](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-50.jpg)
F. Antibody mediated immunity 1. Sensitized T cells travel to the tonsils, lymph nodes and spleen to activate the immobile B cells. The B cells produce the antibodies which are then free to circulate and kill and the memory B cells.
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![Antibody mediated immunity Cell mediated immunity Antibody mediated immunity Cell mediated immunity](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-55.jpg)
Antibody mediated immunity Cell mediated immunity
![Antibody mediated immunity Cell mediated immunity Antibody mediated immunity Cell mediated immunity](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-56.jpg)
Antibody mediated immunity Cell mediated immunity
![F Antibody mediated immunity 1 Sensitized T cells travel to the tonsils lymph nodes F. Antibody mediated immunity 1. Sensitized T cells travel to the tonsils, lymph nodes](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-57.jpg)
F. Antibody mediated immunity 1. Sensitized T cells travel to the tonsils, lymph nodes and spleen to activate the immobile B cells. The B cells produce the antibodies which are then free to circulate and kill and the memory B cells. 2. There is a primary response (1 st time infected - slow) and a secondary response (subsequent infections – quicker).
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![G Skin 1 Langerhans cells in the skin will bind to the antigen and G. Skin 1. Langerhans cells in the skin will bind to the antigen and](https://slidetodoc.com/presentation_image_h2/a4bea295d1317107348b870f85fbd658/image-60.jpg)
G. Skin 1. Langerhans cells in the skin will bind to the antigen and then present it to a helper T cell
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Difference between acquired immunity and innate immunity
Chapter 13 lymphatic system and immunity
Chapter 16 lymphatic system and immunity
Lymphatic system composed of
Red and white blood cells difference
Lymphatic system vs endocrine system
The difference between humoral and cell mediated immunity
Classification of immunity
Chapter 12 the lymphatic system and body defenses
Pneumocentesis vs thoracentesis
Largest lymphoid organ
Quizlet
Chapter 12 the lymphatic system and body defenses
Chapter 10 lymphatic system diseases and disorders
Active artificial immunity
Effector mechanism of humoral immunity
Nonspecific vs specific immunity
When was canra passed
Adaptive noise immunity
Keva immunity booster
Assis prof
Innate immunity examples
Conducted immunity test
Wepapers
Acquired immunity definition
Odibate
Active vs passive immunity
Non specific immunity
Neutrophil extracellular traps
Cell mediated immunity
Cell mediated immunity
Innate immunity first line of defense
Innate immunity
Adaptative immunity
Immune system def
Innate immunity first line of defense
Passive immunity
Innate immunity first line of defense
Innate immunity first line of defense
Opsonization
What is immunity
Adaptive immunity
Conclusion of immunity
Immunity assignment slideshare
Cellular immune response
What is immunity
Innate immunity
What is immunity
3 lines of defense immunity
Local immunity
"fauna bio"
Humoral immunity
Gastroenterology near galt
Bulk transport
The purpose of introducing weakened microbes
Naturally acquired passive immunity definition
Immunity
Keva immunity booster
Example of artificial passive immunity
Advanced windows exploitation
Community immunity
Self-initiated other-repair
Chapter 24 the immune and lymphatic systems and cancer