PassivetransportMovementdowngradientwithoutenergy.ChloroplastOrganellewherephotosynthesisoccurs.FacilitateddiffusionPassivetransportusingmembraneproteins.LysosomeOrganellecontainingdigestiveenzymes.MitochondrionOrganellethat producesATP viacellularrespiration.ActivetransportMovementagainstgradientusing energy(ATP).ThreecytoskeletalelementsMicrotubules,microfilaments(actin),intermediatefilaments.DiffusionMovement ofmoleculesfrom high tolowconcentration.Functionof plasmamembraneSelectivelycontrolsmovement ofsubstances inand out of cell.OsmosisDiffusion ofwater acrossa selectivelypermeablemembrane.PeripheralproteinProteinlooselyattached tomembranesurface.ATPAdenosinetriphosphate;main energycurrency ofcell.ExergonicreactionReactionthat releasesfree energy(negativeΔG).EnzymeBiologicalcatalyst thatspeeds upreactions.CytoskeletonNetwork ofprotein fibersprovidingstructure andtransport.ActivesiteRegion ofenzymewheresubstratebinds.EukaryoticcellCell withnucleus andmembrane-boundorganelles.FunctionofribosomesSite ofproteinsynthesis.RoughERER with ribosomes;synthesizessecreted/membraneproteins.EndergonicreactionReactionthat requiresenergy input(positiveΔG).PhospholipidAmphipathiclipid withhydrophilichead andhydrophobictails.ActivationEnergyEnergyrequiredto start areaction.ProkaryoticcellCell lackingnucleus andmembrane-boundorganelles.IntegralproteinProteinembedded inor spanningthemembrane.PassivetransportMovementdowngradientwithoutenergy.ChloroplastOrganellewherephotosynthesisoccurs.FacilitateddiffusionPassivetransportusingmembraneproteins.LysosomeOrganellecontainingdigestiveenzymes.MitochondrionOrganellethat producesATP viacellularrespiration.ActivetransportMovementagainstgradientusing energy(ATP).ThreecytoskeletalelementsMicrotubules,microfilaments(actin),intermediatefilaments.DiffusionMovement ofmoleculesfrom high tolowconcentration.Functionof plasmamembraneSelectivelycontrolsmovement ofsubstances inand out of cell.OsmosisDiffusion ofwater acrossa selectivelypermeablemembrane.PeripheralproteinProteinlooselyattached tomembranesurface.ATPAdenosinetriphosphate;main energycurrency ofcell.ExergonicreactionReactionthat releasesfree energy(negativeΔG).EnzymeBiologicalcatalyst thatspeeds upreactions.CytoskeletonNetwork ofprotein fibersprovidingstructure andtransport.ActivesiteRegion ofenzymewheresubstratebinds.EukaryoticcellCell withnucleus andmembrane-boundorganelles.FunctionofribosomesSite ofproteinsynthesis.RoughERER with ribosomes;synthesizessecreted/membraneproteins.EndergonicreactionReactionthat requiresenergy input(positiveΔG).PhospholipidAmphipathiclipid withhydrophilichead andhydrophobictails.ActivationEnergyEnergyrequiredto start areaction.ProkaryoticcellCell lackingnucleus andmembrane-boundorganelles.IntegralproteinProteinembedded inor spanningthemembrane.

BIO 1305 Exam 2 Review - 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. Movement down gradient without energy.
    Passive transport
  2. Organelle where photosynthesis occurs.
    Chloroplast
  3. Passive transport using membrane proteins.
    Facilitated diffusion
  4. Organelle containing digestive enzymes.
    Lysosome
  5. Organelle that produces ATP via cellular respiration.
    Mitochondrion
  6. Movement against gradient using energy (ATP).
    Active transport
  7. Microtubules, microfilaments (actin), intermediate filaments.
    Three cytoskeletal elements
  8. Movement of molecules from high to low concentration.
    Diffusion
  9. Selectively controls movement of substances in and out of cell.
    Function of plasma membrane
  10. Diffusion of water across a selectively permeable membrane.
    Osmosis
  11. Protein loosely attached to membrane surface.
    Peripheral protein
  12. Adenosine triphosphate; main energy currency of cell.
    ATP
  13. Reaction that releases free energy (negative ΔG).
    Exergonic reaction
  14. Biological catalyst that speeds up reactions.
    Enzyme
  15. Network of protein fibers providing structure and transport.
    Cytoskeleton
  16. Region of enzyme where substrate binds.
    Active site
  17. Cell with nucleus and membrane-bound organelles.
    Eukaryotic cell
  18. Site of protein synthesis.
    Function of ribosomes
  19. ER with ribosomes; synthesizes secreted/membrane proteins.
    Rough ER
  20. Reaction that requires energy input (positive ΔG).
    Endergonic reaction
  21. Amphipathic lipid with hydrophilic head and hydrophobic tails.
    Phospholipid
  22. Energy required to start a reaction.
    Activation Energy
  23. Cell lacking nucleus and membrane-bound organelles.
    Prokaryotic cell
  24. Protein embedded in or spanning the membrane.
    Integral protein