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Vascular system

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Question
Answer
_______ have open circ system which means   Arthropods; blood is in direct contact with with body tissue  
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annelids have ________ circ system and lack _____ cells   closed; red blood cells  
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blood is separated into   plasma and formed elements: rbc wbc and platelets  
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____ is plasma except for the absence of the clotting protein fibrinogen   Serum  
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_______ forms the framework of a blood clot   fibrin  
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_______ the production of blood   hemopoeisis  
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significance for RBC lacking mitochondria   - performs anaerobic ferm to prod atp -therefore wont consume the oxygen  
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oxygen binds to _______ grp while CO2 bind to the   heme grp; globin moeity  
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_____ erythrocyte production   erythropoeisis  
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________ stimulates the synthesis of hemoglobibn   erythropoeitin  
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_______ the stage when the nucleus is expelled   Reticulocyte  
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at this stage _______ leave bone marrow and enter circ blood   reticulocyte  
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______ graveyard for rbc   the spleen  
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hemolysis   rupture of rbc to release Hb and plasma membrane  
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describe hb disposal   macrophages separate heme from globin - heme is further broken down - globin hydolyzed to amino acid 4 protein synthesis  
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the fate of heme   - Fe is removed and taken up by the blood - the rest of heme is converted to biliverdin by macrophage  
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_____ anemia caused from bleeding   hemorrhagic  
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______ anemia caused from RBC destruction   hemolytic  
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_______ anemia caused by a deficiency of vit B12   Pernicious  
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_______ on cell surfaces that distinguish self from foreign matters   antigen  
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________ mark antigens for destruction   antibodies  
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ABO blood type determined by   the presence or absence of antigen A or B  
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universal recipient   AB lacks antibodies A and anti B has both antigens  
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universal donor   O lacks antigens, but has antibodies for A and B  
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most abundant wbc   neutrophil  
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agranulocytes   lymphocytes and Monocytes cuz they lack cytoplasmic granules  
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rarest wbc   basophils  
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largest wbc   monocytes  
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2nd most abundant wbc   lymphocyte  
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immediate protection against blood loss   vascular spasm- constriction of blood vessels  
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2nd response against blood loss   platelet plug-  
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last defense against bleeding   coagulation/ blood clotting  
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_____ release clotting factor thromboplastin   platelets and damaged tissue  
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thromboplastin with the aid of _______ and ______ convert prothrombin to ________   Calcium; vitr K; thrombin  
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thrombin converts ________ to fibrin   fibrinogen  
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_______ forms the clot   fibrin  
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pulmonary circuit   right side; carries deoxygenated blood to lungs  
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systemic circuit   left side; carries oxygenated blood to body  
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oxygen poor blood pumps into pulmonary trunk that divides into _____ and ______   right and left pulmonary arteries  
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oxygenated blood is pumped into the ______   aorta  
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the heart wall has 3 layers   epicardium -surface, has adipose myocardium- middle cardiac muscle, endocardium- covers valves  
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purpose of valves   to allow one way flow  
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right atriventricular valve aka   tricuspid  
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left atrioventricular valve aka   bicuspid/ mitral  
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pulmonary and aortic valves aka   semilunar valves, both have 3 cusps  
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______ controls the opening and closing of valves   pressure gradients of blood flow  
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blood flow schematic   -blood enters Right atrium from sup +inf vena cava - flows into ventricle via tricuspid -ventricle to pulmo trunk vi pulm sem valve -pulm vein to left atrium left atri to ventric via mitral val -ventricle to aorta to body  
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wats the avg heart rate in a resting adult   75b/min  
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Sino atrial node is located   right atrium  
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_____ is the pacemaker, initiates each heart beat and the heart rate   Sinoatrial node  
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_______ node is located near the AV valve   atriventricular valve  
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role of AV node   electrical gateway to ventricles  
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________ distribute the electrical excitation to ventricles   Purkinje fibers  
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bundle of his aka   atrioventricular bundle  
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how does SA node spontaneously fire   doesnt have a stable membrane potential and during deplarization it doesnt compensate for the outflow of K  
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SAN stimulates ________ to contract simultaneously   the 2 atria  
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the slow signal from AV node allows   the ventricles to fill before contraction  
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the fast conduction from AV bundle to purkinje fibers allows   ventricles to contract in unison  
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significance of the hearts long absolute refractory period   prevents tetanus that would stop pumping action of heart  
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P wave   signal from SAN to depolarize the atria  
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PQ   atrial systole begins  
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QRS   signal of AV node spreads thru ventricles - atrial repolarization/ diastole  
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ventricular systole on EKG   after QRS during ST  
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T wave   ventricular repolarization before diastole  
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QR   ventricular depolarization begins at apex  
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lub sound   closure of AV valves - ventricular systole (ST)  
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dub sound   closure of semilunar valves - right before ventricular diastole T wave  
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arteries carry ___ blood _____ heart except ___ that transport ______   oxygenated; away; pulmonary; deoxygenated  
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veins carry ____ blood ____ heart excepy _____ that transport ______   deoxygenated; to ; pulmonary; oxygenated  
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arteries have ____ walls to resist high blood Pa   thick/ muscular  
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blood flow in veins depend on   compression of skeletal muscles  
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veins have _____ and ____ because it has low Pa and   thin walls and valves  
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capillaries comprise ______   a single endothelium cell  
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capillary circ route   heart>arteries>arterioles> capillaries>venules> vein> heart  
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_______ secretes prothrombin   liver  
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______ and _______ secrete erythropoietin   liver and kidney  
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