bronchiolessmallestconductingpassageways internalrespirationgas exchangeinside thebody betweenblood andtissues ciliatedepitheliumsweepsforeignmatterupwardsinusesair filled cavitiesthat warm &moisten inhaledair, and amplifytone of voice peripheralchemoreceptorssensitive tobloodoxygenlevels inarteriesepiglottisgatekeeper,preventingsubstancesfrom enteringtrachea tonsilsclusters oflymphatic tissuethat trapbacteria/pathogensFree!Hering-Breuerreflexpreventsover inflationof thealveolar sacs externalrespirationgasexchangein thelungspleuralsacserousmembranesthatsurroundlungssurfactantcoats walls andreducessurface tensionto preventcollapseporesofKohnsmallopenings inthe wallallowingexchangethyroidcartilageis thelargestplatenose naresmechanoreceptorsdetect musclecontractions &increaserespirationduring exercise alveolimain sitesof airexchange pulmonaryventilationmovementof air inand out ofthe lungs 3conchaeincreasesurface area& turbulencefor filteringinhaled air dynamic air volume inlungs based ontimeair volume inlungs based ontime centralchemoreceptorsconstantlymonitor carbondioxide incerebrospinalfluid static airvolumein lungsrespiratorygastransportgases in bloodtransportedbetween lungsand bodytissues palateseparatesnasal cavityfrom themouth, uvulahangs from itbronchiolessmallestconductingpassageways internalrespirationgas exchangeinside thebody betweenblood andtissues ciliatedepitheliumsweepsforeignmatterupwardsinusesair filled cavitiesthat warm &moisten inhaledair, and amplifytone of voice peripheralchemoreceptorssensitive tobloodoxygenlevels inarteriesepiglottisgatekeeper,preventingsubstancesfrom enteringtrachea tonsilsclusters oflymphatic tissuethat trapbacteria/pathogensFree!Hering-Breuerreflexpreventsover inflationof thealveolar sacs externalrespirationgasexchangein thelungspleuralsacserousmembranesthatsurroundlungssurfactantcoats walls andreducessurface tensionto preventcollapseporesofKohnsmallopenings inthe wallallowingexchangethyroidcartilageis thelargestplatenose naresmechanoreceptorsdetect musclecontractions &increaserespirationduring exercise alveolimain sitesof airexchange pulmonaryventilationmovementof air inand out ofthe lungs 3conchaeincreasesurface area& turbulencefor filteringinhaled air dynamic air volume inlungs based ontimeair volume inlungs based ontime centralchemoreceptorsconstantlymonitor carbondioxide incerebrospinalfluid static airvolumein lungsrespiratorygastransportgases in bloodtransportedbetween lungsand bodytissues palateseparatesnasal cavityfrom themouth, uvulahangs from it

9.1-9.2 Respiratory Anatomy and Structure - 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. smallest conducting passageways
    bronchioles
  2. gas exchange inside the body between blood and tissues
    internal respiration
  3. sweeps foreign matter upward
    ciliated epithelium
  4. air filled cavities that warm & moisten inhaled air, and amplify tone of voice
    sinuses
  5. sensitive to blood oxygen levels in arteries
    peripheral chemoreceptors
  6. gatekeeper, preventing substances from entering trachea
    epiglottis
  7. clusters of lymphatic tissue that trap bacteria/pathogens
    tonsils
  8. Free!
  9. prevents over inflation of the alveolar sacs
    Hering-Breuer reflex
  10. gas exchange in the lungs
    external respiration
  11. serous membranes that surround lungs
    pleural sac
  12. coats walls and reduces surface tension to prevent collapse
    surfactant
  13. small openings in the wall allowing exchange
    pores of Kohn
  14. is the largest plate
    thyroid cartilage
  15. nares
    nose
  16. detect muscle contractions & increase respiration during exercise
    mechanoreceptors
  17. main sites of air exchange
    alveoli
  18. movement of air in and out of the lungs
    pulmonary ventilation
  19. increase surface area & turbulence for filtering inhaled air
    3 conchae
  20. air volume in lungs based on time air volume in lungs based on time
    dynamic
  21. constantly monitor carbon dioxide in cerebrospinal fluid
    central chemoreceptors
  22. air volume in lungs
    static
  23. gases in blood transported between lungs and body tissues
    respiratory gas transport
  24. separates nasal cavity from the mouth, uvula hangs from it
    palate