CellularenergyMade by themitochondriaisotonicHaving anequal amountof solute asanothersolutionconcentrationgradientA differenceinconcentrationplasmolysisWhen aplant cellloseswaterturgidWhen aplant cellgains waterand expandspassivetransportThis type oftransport acrossthe cell membranedoes not requirethe cell's energysemipermeableAllows somematerialsthrough butnot otherscarbohydratesWhen attached toproteins or lipids inthe cell membrane,these can help cellscommunicate witheachother.hydrophobicPhospholipidtails havethis propertyosmosisThediffusionof waterlysisWhen ananimalcell burstsdiffusionThis form of passivetransport movesmolecules along theconcentrationgradient by goingthrough thephospholipid bilayerfacilitateddiffusionThe movement ofmaterials fromhigh to lowconcentrationthrough atransport protein.exocytosisTransportingmaterials outof a cellusing avesiclehomeostasisMaintaininga stableinternalenvironmentaquaporinsProteins thatcan helpwater acrossthe cellmembraneequilibriumThe state in whichmolecules areevenly distributedin a space oracross the cellmembranetransportproteinHelps in theprocess offacilitateddiffusionvesicleA membranebound sac thatcan carrymaterials acrossthe cellmembraneactivetransportThis type oftransportrequires inputof cellularenergyhypotonicHaving lesssolute thananothersolutionhydrophilicPhospholipidheads havethis propertyhypertonicHaving moresolute thananothersolutionendocytosisTransportingmaterialsinto a cellusing avesicleCellularenergyMade by themitochondriaisotonicHaving anequal amountof solute asanothersolutionconcentrationgradientA differenceinconcentrationplasmolysisWhen aplant cellloseswaterturgidWhen aplant cellgains waterand expandspassivetransportThis type oftransport acrossthe cell membranedoes not requirethe cell's energysemipermeableAllows somematerialsthrough butnot otherscarbohydratesWhen attached toproteins or lipids inthe cell membrane,these can help cellscommunicate witheachother.hydrophobicPhospholipidtails havethis propertyosmosisThediffusionof waterlysisWhen ananimalcell burstsdiffusionThis form of passivetransport movesmolecules along theconcentrationgradient by goingthrough thephospholipid bilayerfacilitateddiffusionThe movement ofmaterials fromhigh to lowconcentrationthrough atransport protein.exocytosisTransportingmaterials outof a cellusing avesiclehomeostasisMaintaininga stableinternalenvironmentaquaporinsProteins thatcan helpwater acrossthe cellmembraneequilibriumThe state in whichmolecules areevenly distributedin a space oracross the cellmembranetransportproteinHelps in theprocess offacilitateddiffusionvesicleA membranebound sac thatcan carrymaterials acrossthe cellmembraneactivetransportThis type oftransportrequires inputof cellularenergyhypotonicHaving lesssolute thananothersolutionhydrophilicPhospholipidheads havethis propertyhypertonicHaving moresolute thananothersolutionendocytosisTransportingmaterialsinto a cellusing avesicle

Cell Transport Bingo - 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. Made by the mitochondria
    Cellular energy
  2. Having an equal amount of solute as another solution
    isotonic
  3. A difference in concentration
    concentration gradient
  4. When a plant cell loses water
    plasmolysis
  5. When a plant cell gains water and expands
    turgid
  6. This type of transport across the cell membrane does not require the cell's energy
    passive transport
  7. Allows some materials through but not others
    semipermeable
  8. When attached to proteins or lipids in the cell membrane, these can help cells communicate with eachother.
    carbohydrates
  9. Phospholipid tails have this property
    hydrophobic
  10. The diffusion of water
    osmosis
  11. When an animal cell bursts
    lysis
  12. This form of passive transport moves molecules along the concentration gradient by going through the phospholipid bilayer
    diffusion
  13. The movement of materials from high to low concentration through a transport protein.
    facilitated diffusion
  14. Transporting materials out of a cell using a vesicle
    exocytosis
  15. Maintaining a stable internal environment
    homeostasis
  16. Proteins that can help water across the cell membrane
    aquaporins
  17. The state in which molecules are evenly distributed in a space or across the cell membrane
    equilibrium
  18. Helps in the process of facilitated diffusion
    transport protein
  19. A membrane bound sac that can carry materials across the cell membrane
    vesicle
  20. This type of transport requires input of cellular energy
    active transport
  21. Having less solute than another solution
    hypotonic
  22. Phospholipid heads have this property
    hydrophilic
  23. Having more solute than another solution
    hypertonic
  24. Transporting materials into a cell using a vesicle
    endocytosis