A solution with thesame soluteconcentration as thecell. There is no netmovement of wateracross the membrane;cells maintain normalshape  A form of passivetransport that movessubstances from aregion of highconcentration to lowconcentration using ahelper protein  The movement ofwater from areas ofhigh concentration toareas of lowconcentration withoutthe use of energy  Water-loving  Water-fearingA cellular process thatexports materials outof the cell whenintracellular vesiclesfuse with the plasmamembrane and releasetheir contents (A typeof active transport)  A cellular processthat brings materialsinto the cell byengulfing them withthe plasmamembrane to form avesicle. (A type ofactive transport)A form of passivetransport thatmoves substancesfrom a highconcentration to alow concentration  A solution with a higherconcentration ofsolutes on the outsideof the cell than in thecell. Water moves outof the cell by osmosis,so cells will shrivel upand die  MitochondriaC6H12O6 +O2 → 6CO2+ 6H2O +ATP  The non-polar tails  The molecule ofenergy for the cellthat is madeduring the processof cellularrespirationTo maintainhomeostasis bycontrolling whatenters and exitsthe cell  A solution with a lowerconcentration ofsolutes on the outsideof the cell than in thecell. Water moves intothe cell by osmosis, socells will swell andeventually burst  A form of transport thatmoves from substancesfrom a region of lowconcentration to a region ofhigh concentration (againstthe concentration gradient).This form DOES requireenergy (ATP).  Keeps themembrane fluidstable acrosstemperaturechanges.  A form of transport thatmoves from substancesfrom a region of highconcentration to a regionof low concentration.This form DOES NOTrequire energy (ATP)  PlasmaMembrane, FluidMosaic Model,PhospholipidBilayer  The polarheads  Ahydrophobichead and twofatty acid tails  A protein used to movelarge substancesacross a membrane, orto move substancesagainst theirconcentration gradient  Attach to proteins orlipids on the outsidesurface; used forcell recognition,communication, andadhesion.  Only allowingcertain thingsto enter andexit  A solution with thesame soluteconcentration as thecell. There is no netmovement of wateracross the membrane;cells maintain normalshape  A form of passivetransport that movessubstances from aregion of highconcentration to lowconcentration using ahelper protein  The movement ofwater from areas ofhigh concentration toareas of lowconcentration withoutthe use of energy  Water-loving  Water-fearingA cellular process thatexports materials outof the cell whenintracellular vesiclesfuse with the plasmamembrane and releasetheir contents (A typeof active transport)  A cellular processthat brings materialsinto the cell byengulfing them withthe plasmamembrane to form avesicle. (A type ofactive transport)A form of passivetransport thatmoves substancesfrom a highconcentration to alow concentration  A solution with a higherconcentration ofsolutes on the outsideof the cell than in thecell. Water moves outof the cell by osmosis,so cells will shrivel upand die  MitochondriaC6H12O6 +O2 → 6CO2+ 6H2O +ATP  The non-polar tails  The molecule ofenergy for the cellthat is madeduring the processof cellularrespirationTo maintainhomeostasis bycontrolling whatenters and exitsthe cell  A solution with a lowerconcentration ofsolutes on the outsideof the cell than in thecell. Water moves intothe cell by osmosis, socells will swell andeventually burst  A form of transport thatmoves from substancesfrom a region of lowconcentration to a region ofhigh concentration (againstthe concentration gradient).This form DOES requireenergy (ATP).  Keeps themembrane fluidstable acrosstemperaturechanges.  A form of transport thatmoves from substancesfrom a region of highconcentration to a regionof low concentration.This form DOES NOTrequire energy (ATP)  PlasmaMembrane, FluidMosaic Model,PhospholipidBilayer  The polarheads  Ahydrophobichead and twofatty acid tails  A protein used to movelarge substancesacross a membrane, orto move substancesagainst theirconcentration gradient  Attach to proteins orlipids on the outsidesurface; used forcell recognition,communication, andadhesion.  Only allowingcertain thingsto enter andexit  

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. A solution with the same solute concentration as the cell. There is no net movement of water across the membrane; cells maintain normal shape
  2. A form of passive transport that moves substances from a region of high concentration to low concentration using a helper protein
  3. The movement of water from areas of high concentration to areas of low concentration without the use of energy
  4. Water-loving
  5. Water-fearing
  6. A cellular process that exports materials out of the cell when intracellular vesicles fuse with the plasma membrane and release their contents (A type of active transport)
  7. A cellular process that brings materials into the cell by engulfing them with the plasma membrane to form a vesicle. (A type of active transport)
  8. A form of passive transport that moves substances from a high concentration to a low concentration
  9. A solution with a higher concentration of solutes on the outside of the cell than in the cell. Water moves out of the cell by osmosis, so cells will shrivel up and die
  10. Mitochondria
  11. C6H12O6 + O2 → 6CO2 + 6H2O + ATP
  12. The non-polar tails
  13. The molecule of energy for the cell that is made during the process of cellular respiration
  14. To maintain homeostasis by controlling what enters and exits the cell
  15. A solution with a lower concentration of solutes on the outside of the cell than in the cell. Water moves into the cell by osmosis, so cells will swell and eventually burst
  16. A form of transport that moves from substances from a region of low concentration to a region of high concentration (against the concentration gradient). This form DOES require energy (ATP).
  17. Keeps the membrane fluid stable across temperature changes.
  18. A form of transport that moves from substances from a region of high concentration to a region of low concentration. This form DOES NOT require energy (ATP)
  19. Plasma Membrane, Fluid Mosaic Model, Phospholipid Bilayer
  20. The polar heads
  21. A hydrophobic head and two fatty acid tails
  22. A protein used to move large substances across a membrane, or to move substances against their concentration gradient
  23. Attach to proteins or lipids on the outside surface; used for cell recognition, communication, and adhesion.
  24. Only allowing certain things to enter and exit