centriolesproducespindlefibers thatpull a partchromosomevacuolelargeorganelle inplants thatstores watercontainsgeneticmaterial ineukaryoticcellsosmosismovementof wateracross amembraneprokaryoticcells that donot have anucleus,such asbacteriacytoplasmjelly-likesubstanceorganellesaresubmerged inendoplasmicreticulummakesproteinsusingribosomesattached to itlysosomethese breakdown wastesandmaterials incellribosomewhereproteinsare madegolgiapparatuspackages andtransportsproteinsthroughoutcelldiffusionmovement ofmoleculesacross amembrane,type of passivetransportisotoniccell will notshrink orswell in thissolutioncellmembranesemi-permeableouter layer thatcontrols whatgoes into andout of cellsemi-permeableonly certainsubstances canpass throughthis type ofmembraneactivetransportenergy isneeded tomove materialsacross amembranecytoskeletongivessupport tocell frominsidechloroplastuses sunlight,water, andcarbondioxide tomake glucosenucleoluslocated insidethe nucleus,whereribosomesare madeeukaryoticcells thathave anucleuscellwallonly inplant cells,protectscellmitochondriageneratesATP energyby breakingdownglucosehypotonicbelow, cellwill shrink ifplaced inthis solutionpassivetransportenergy is notneeded tomove materialsdown aconcentrationgradienthypertonicabove, cellwill swell ifplaced inthis solutioncentriolesproducespindlefibers thatpull a partchromosomevacuolelargeorganelle inplants thatstores watercontainsgeneticmaterial ineukaryoticcellsosmosismovementof wateracross amembraneprokaryoticcells that donot have anucleus,such asbacteriacytoplasmjelly-likesubstanceorganellesaresubmerged inendoplasmicreticulummakesproteinsusingribosomesattached to itlysosomethese breakdown wastesandmaterials incellribosomewhereproteinsare madegolgiapparatuspackages andtransportsproteinsthroughoutcelldiffusionmovement ofmoleculesacross amembrane,type of passivetransportisotoniccell will notshrink orswell in thissolutioncellmembranesemi-permeableouter layer thatcontrols whatgoes into andout of cellsemi-permeableonly certainsubstances canpass throughthis type ofmembraneactivetransportenergy isneeded tomove materialsacross amembranecytoskeletongivessupport tocell frominsidechloroplastuses sunlight,water, andcarbondioxide tomake glucosenucleoluslocated insidethe nucleus,whereribosomesare madeeukaryoticcells thathave anucleuscellwallonly inplant cells,protectscellmitochondriageneratesATP energyby breakingdownglucosehypotonicbelow, cellwill shrink ifplaced inthis solutionpassivetransportenergy is notneeded tomove materialsdown aconcentrationgradienthypertonicabove, cellwill swell ifplaced inthis solution

Cell Structures/Cell Transport - 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. produce spindle fibers that pull a part chromosome
    centrioles
  2. large organelle in plants that stores water
    vacuole
  3. contains genetic material in eukaryotic cells
  4. movement of water across a membrane
    osmosis
  5. cells that do not have a nucleus, such as bacteria
    prokaryotic
  6. jelly-like substance organelles are submerged in
    cytoplasm
  7. makes proteins using ribosomes attached to it
    endoplasmic reticulum
  8. these break down wastes and materials in cell
    lysosome
  9. where proteins are made
    ribosome
  10. packages and transports proteins throughout cell
    golgi apparatus
  11. movement of molecules across a membrane, type of passive transport
    diffusion
  12. cell will not shrink or swell in this solution
    isotonic
  13. semi-permeable outer layer that controls what goes into and out of cell
    cell membrane
  14. only certain substances can pass through this type of membrane
    semi-permeable
  15. energy is needed to move materials across a membrane
    active transport
  16. gives support to cell from inside
    cytoskeleton
  17. uses sunlight, water, and carbon dioxide to make glucose
    chloroplast
  18. located inside the nucleus, where ribosomes are made
    nucleolus
  19. cells that have a nucleus
    eukaryotic
  20. only in plant cells, protects cell
    cell wall
  21. generates ATP energy by breaking down glucose
    mitochondria
  22. below, cell will shrink if placed in this solution
    hypotonic
  23. energy is not needed to move materials down a concentration gradient
    passive transport
  24. above, cell will swell if placed in this solution
    hypertonic