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chapters 10-18

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Question
Answer
formed elements constitute about _____ % of the blood volume   45  
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functions of blood   transports materials, helps regulate pH of body fluids, helps fight infection  
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the 2 leukocytes that are most important in phagocytizing diease organisms and cellular debris   monocytes and neutrophils  
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a blood clot that moves from where it formed to plug another vessel   embolism  
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Rh+ blood normally has   Rh antigens and NO anti-Rh antibodies  
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a person with AB blood has plasma that contains   neither anti-a nor anti-b antibodies  
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inherited disorder that prevents normal blood clotting   hemophilia  
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most abundant leukocytes   neutrophils  
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blood clot is formed of blood cells entangled protein threads   fibrin  
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leukocytes that enter body tissues to become macrophages   monocytes  
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anemia caused by the inability to absorb vitamin B-12 in sufficient quantities   pernicious anemia  
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ABO and Rh blood types are determined by the presence or absence   antigens on erthrocytes  
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ions of inorganic compounds in the plasma are commonaly called   eletrolytes  
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person w/ type O blood contains   no antigens and anti-a and anti-b antibodies  
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erythoblastosis fetalis may occur in   Rh- mother with an Rh+ baby  
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disorder in which a clot has formed in an unbroken vein is called   thrombophlebitis  
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leukocyte with incospicuous lavender-staining cytoplasmic granules and multiple-lobed nucleus   neutrophil  
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leukocytes that move into body tissue to become mast cells that release histamine and heparin in allergic reaction or when tissues are damaged   basophils  
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erythrocytes are produced in the   red bone marrow  
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formed elementsthat transport oxgen and carbon dioxide are   erythrocytes  
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large leukocyte without cytoplasmic grandules and with kidney-shaped nucleus is   monocyte  
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leukocyte with red cytoplasmic granules and biobed neucleus is   eosinophil  
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hemoglobin   combines with oxygen, gives the red color to blood, consists of a protein an iron-containing pigment  
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plasma components that are antibodies   globulins  
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disorder characterized by inablility of the blood to carry sufficient oxygen as   anemia  
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erythropoetin concentration is regulated by kidney cells that are sensitive to changes in the blood concentration of   oxygen  
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most abundant formed element   erythrocytes  
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leukocyte with blue cytplasmic granules and a U-shaped nucleus is   basophil  
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worn-out and damaged erythrocytes are removed by the   liver and spleen  
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leukocytes   help fight disease organisms, may move from capillaries into body tissues, carry carbon dioxide from tissue cells  
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leukocytes that play a vital role in immunity   lyphocytes  
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albumin, globulins and fibrinogein   plasma proteins  
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heart chamber revieving deoxygenated blood from veins (from heart)   left atrium  
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antrioventricular valve prevents the flow of blood from   ventricle to an atrium  
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blood flow through heart (chambers & valves)   right atrium- tricuspic AV valve-right ventricle-pulmonary similunar valve-pulmonary trunk  
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blood returning to right atrium   deoxgenated  
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impulse transmission in the heart   SA node-AV node-AV bundle-Purkinje fibers  
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left ventricle pumps blood directly into   aorta  
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chordea tendieae ancor the cusps off   atrioventriculuar valves  
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external jugular vein   face, scalp, neck  
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brachial vein   upper arm  
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axillary vein   armpit  
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renal vein   kidney  
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gonadal vein   ovaries or testes  
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ulnar vein   hand and forearm  
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andterior and posterior tibial vein   foot and lower leg  
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hepatic artery   liver  
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coronary artery   heart  
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subclavian artery   shoulder and arm  
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femoral artery   thigh  
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carotid artery   head and neck  
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popliteal artery   knee  
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common iliac artery   pelvic region and leg  
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right atrium recieves blood directly from   venea cavea  
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fuction of precapillary sphincter is   allow flow of blood when tissues are in need of oxygen  
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ballooning of a portion of an artery b/c of a weak spot in its wall is called   aneurysm  
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death of part of heart muscle due to obstruction of coronary artery   myocardial infarction  
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flow of blood thru vessels   heart-artery-ateriole-capillaries-venule-veins-heart  
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veins carrying oxygenated bllood to the heart   pulmonary veins  
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type of muscle forming the heart   cardiac muscle tissue  
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thickest layer of heart wall   myocardium  
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pulmonary circuit carries blood to   lungs only  
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inflammation   normal respose, promotes healing  
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thoracic duct empties lymph into   left subclavian vein  
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clone of B-lyphocytes consist of   both plasma and memory B-cells  
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lyphocytes in lymphatic tissues are   differentiated B cells and T cells  
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activated B-cell   undergoes rapid cell division to produce a clone of B-cells that can bind only 1 type of antigen  
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localized infection may result in the formation of pus which is composed of   dead white blood cells, tissue cells and pathogens  
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flow of lymph   valves in lymphatic vessesl prevent a backflow, skeletal muscle contrations & respiratory movements help the flow of lymph  
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fever (not too high)   speeds up body's defense processes  
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lymphatic tissue that intercept pathogens near the entrance to the pharynx   tonsils  
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lysozyme helps to provide protecion against pathogenic   bacteria  
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removal of excess interstitial fluid by the lymphatic system   maintains normal blood volume and prevents edema  
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thymus gland   in mediastinum above the heart  
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the secondary immune response is   faster and more intense than first  
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most lymphatic vessels drain into   thoracic duct  
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immunity derived from an injection fo antibodies   artificially acquired passive immunity  
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blood is filtered and cleansed by   spleen  
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reserve supply of blood is stored in   spleen  
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HIV impairs immunity by destroying   helper T-cells  
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barrier against disease organisms   skin, mucous membranes, flow of tears  
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nonself molecules is made by   both B- and T-lymphocytes  
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filtration of lymph and production of lymphocytes are fuctions of the   lymph nodes  
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nodes at end of nasal cavity   pharyngeal tonsil  
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node at back of troat   palatine tonsil  
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node at back of tongue   lingual tonsil  
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localized infection usually is brought under control by the phagocytic action fo   neutrophils and macrophages  
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antibodies are produced by activated   plasma cells  
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for a lymphocyte to recongnize an antigen, it is engulfed and presented on the surface of a   macrophage  
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lymphatic organs   spleen, thymus, tonsils  
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ineffective removal of excess intersitial fluid by the lymphatic system   edema  
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B-lymphocytes provide   antibody-mediated immunity  
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interferon helps provide protection against pathogenic   viruses  
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type of lymphocyte that must bind w/ a presented antigen to start an immune response   helper T-cell  
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right lymphatic duct empties lymph into   right subclavian vein  
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once pathogen destroyed, immune reaction is curtailed by   suppressor T-cells  
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immunity derived from recieviving a vaccine   artificially acquired active immunity  
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lymphatic capillaries   closed-ended tubes  
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circulating lyphocytes in the blood are   T-lymphocytes  
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interstitial fluid enters a lymph capillary by   pressure of accumulated interstitial fluid that forces some fluid b/w capillary cells  
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monocytes that enter the tissues become transformed into   macrophages  
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once pathogens enter body tissues, the primary cells involved in phagocytosis are   neutrophils and macrophages  
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T-lymphocytes differentiated and mature in the   thymus  
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type of immuninty that is most effective againste cancer cells, foreign cells & parasites other than baceria & viruses   cell-mediated immunity  
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gas exchange in the lungs and body tissues   diffusion  
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surface of nasal cavity is increased by   conchae  
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carbon dioxide is primarily transported   in bicarbonate ions  
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passageway for digestive and respiratory system   pharynx  
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movement of air into and out of lungs   pulmonary ventilation  
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deoxygenated blood carries   75% of a maximum oxygen load  
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ciliated mucous epithelium lines   nasal cavity, phrynx, larynx,trachea, and bronchi  
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primary breathing muscles   diaphragm and external intercostals  
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upper respiratory tract includes   nasal cavity, pharynx and larynx  
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trachea branches to form 2 air passages   primary bronchi  
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trachea and bronchi held open by   cartilaginous rings  
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exchange of O2 and CO2 b/w the blood and tissue cells   internal respiration  
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serous membrane that covers the surface of a lung   visceral pleura  
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gas exchange in the lungs b/w blood in capillaries and air in   alveoli  
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breathing is controlled by the respitatory cener located in the   medulla oblongata and pons  
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carbon dioxide molecules combine w/ H20 to form carbonic acid within the   erythocytes  
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organ with vocal cords   layrnx  
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oxygen is pirmarily transported   as oxyhemoglobin in RBC's  
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exchange of oxygen and carbon dioxide b/w air in the lungs and blood in the lungs   external respiration  
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air filled cavities in bones surrounding the nasal cavity   paranasal sinuses  
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