redbloodcellsbiconcavecontainhemoglobinhave nonucleisemilunarpulmonaryvalvebetween theright ventricleand thepulmonaryarteryAortaBlood leavesthe leftventricle andmoves to thebody throughbilirubinwaste byproduct ofred bloodcellspulmonaryright side ofthe heartreceivesdeoxygenatedbloodplasmathis is madeof waterproteinsamino acidscoronaryarteriesbloodvessels thatsupply bloodto the heartitselfmonocytehelps ininflammatoryresponsehorseshoeshaped nucleusO typeblooduniversaldonorblood typeCardiacoutputstrokevolume xbeats perminuteSAnodedamageirregularheartbeatno P waveirregular atrialcontractionAgepredictedmaximumheart rate220-agetachycardiaheart ratemore than100 beatsper minuteventricularsystolecontractionof the ventricleoccurs bw 1stand secondheart soundshematopoiesisproductionof bloodcellsantigenson redbloodcellsthesedeterminethe typeof bloodtargetheartratecalculate Agepredicted maxheart rate andthen multiply byexerciseintensitybradycardiavery slowheart rateless than 50beats per minuteneutrophilphagocytic,granulocyte,severallobes innucleusTypeAbloodThis willcontainAntibodiesfor type BbloodSA NodeAV nodeAV bundleHIS BundlebranchesPurkinje fibers conductionsystem ofthe heartlymphocytesproducesantibodieseosinophilmainlyattacksparasitesRightventriclecontractsAs thiscontracts(pressureincreases) thetricuspid valveclosesPwavedepolarizationof atriaTwaverepolarizationof ventriclesQRScomplexDepolarizationof ventriclerepolarizationof atriasicklecelldiseasehereditary diseasethe causes cells tohave an abnormalshape and thusfunctionmurmurswishingsound aftervalve closesleaking valveplateletscellfragmentsthat assist inbloodclottingerythropoietinhormone thatstimulates bonemarrow toproduce redblood cellsdiastolicpressurepressure onbloodvesselsbetweenheart beatsRight atrium, rightventricle,pulmonary valve,lungs, pulmonaryveins, bicuspidvalveparts of thesteps ofblood flow -know all ofthe steps!!basophilreleaseshistamineredbloodcellsbiconcavecontainhemoglobinhave nonucleisemilunarpulmonaryvalvebetween theright ventricleand thepulmonaryarteryAortaBlood leavesthe leftventricle andmoves to thebody throughbilirubinwaste byproduct ofred bloodcellspulmonaryright side ofthe heartreceivesdeoxygenatedbloodplasmathis is madeof waterproteinsamino acidscoronaryarteriesbloodvessels thatsupply bloodto the heartitselfmonocytehelps ininflammatoryresponsehorseshoeshaped nucleusO typeblooduniversaldonorblood typeCardiacoutputstrokevolume xbeats perminuteSAnodedamageirregularheartbeatno P waveirregular atrialcontractionAgepredictedmaximumheart rate220-agetachycardiaheart ratemore than100 beatsper minuteventricularsystolecontractionof the ventricleoccurs bw 1stand secondheart soundshematopoiesisproductionof bloodcellsantigenson redbloodcellsthesedeterminethe typeof bloodtargetheartratecalculate Agepredicted maxheart rate andthen multiply byexerciseintensitybradycardiavery slowheart rateless than 50beats per minuteneutrophilphagocytic,granulocyte,severallobes innucleusTypeAbloodThis willcontainAntibodiesfor type BbloodSA NodeAV nodeAV bundleHIS BundlebranchesPurkinje fibers conductionsystem ofthe heartlymphocytesproducesantibodieseosinophilmainlyattacksparasitesRightventriclecontractsAs thiscontracts(pressureincreases) thetricuspid valveclosesPwavedepolarizationof atriaTwaverepolarizationof ventriclesQRScomplexDepolarizationof ventriclerepolarizationof atriasicklecelldiseasehereditary diseasethe causes cells tohave an abnormalshape and thusfunctionmurmurswishingsound aftervalve closesleaking valveplateletscellfragmentsthat assist inbloodclottingerythropoietinhormone thatstimulates bonemarrow toproduce redblood cellsdiastolicpressurepressure onbloodvesselsbetweenheart beatsRight atrium, rightventricle,pulmonary valve,lungs, pulmonaryveins, bicuspidvalveparts of thesteps ofblood flow -know all ofthe steps!!basophilreleaseshistamine

Cardiovascular system - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. biconcave contain hemoglobin have no nuclei
    red blood cells
  2. between the right ventricle and the pulmonary artery
    semilunar pulmonary valve
  3. Blood leaves the left ventricle and moves to the body through
    Aorta
  4. waste by product of red blood cells
    bilirubin
  5. right side of the heart receives deoxygenated blood
    pulmonary
  6. this is made of water proteins amino acids
    plasma
  7. blood vessels that supply blood to the heart itself
    coronary arteries
  8. helps in inflammatory response horseshoe shaped nucleus
    monocyte
  9. universal donor blood type
    O type blood
  10. stroke volume x beats per minute
    Cardiac output
  11. irregular heartbeat no P wave irregular atrial contraction
    SA node damage
  12. 220-age
    Age predicted maximum heart rate
  13. heart rate more than 100 beats per minute
    tachycardia
  14. contraction of the ventricle occurs bw 1st and second heart sounds
    ventricular systole
  15. production of blood cells
    hematopoiesis
  16. these determine the type of blood
    antigens on red blood cells
  17. calculate Age predicted max heart rate and then multiply by exercise intensity
    target heart rate
  18. very slow heart rate less than 50 beats per m inute
    bradycardia
  19. phagocytic, granulocyte, several lobes in nucleus
    neutrophil
  20. This will contain Antibodies for type B blood
    Type A blood
  21. conduction system of the heart
    SA Node AV node AV bundle HIS Bundle branches Purkinje fibers
  22. produces antibodies
    lymphocytes
  23. mainly attacks parasites
    eosinophil
  24. As this contracts (pressure increases) the tricuspid valve closes
    Right ventricle contracts
  25. depolarization of atria
    P wave
  26. repolarization of ventricles
    T wave
  27. Depolarization of ventricle repolarization of atria
    QRS complex
  28. hereditary disease the causes cells to have an abnormal shape and thus function
    sickle cell disease
  29. swishing sound after valve closes leaking valve
    murmur
  30. cell fragments that assist in blood clotting
    platelets
  31. hormone that stimulates bone marrow to produce red blood cells
    erythropoietin
  32. pressure on blood vessels between heart beats
    diastolic pressure
  33. parts of the steps of blood flow - know all of the steps!!
    Right atrium, right ventricle, pulmonary valve, lungs, pulmonary veins, bicuspid valve
  34. releases histamine
    basophil