Cell lysis Concentration Gradient polysaccharide Exocytosis Passive transport Selective permeability Brownian Motion Surface protein Protein pump Glycoprotein Endocytosis Carbohydrate chain Glycolipid Hypertonic Osmosis Osmosis Facilitated Diffusion Plasma membrane Hydrophobic Isotonic Turgid Hydrophilic Phospholipid bilayer Hypotonic Cholesterol Osmoregulation Transport proteins Fluid mosaic model Contractile vacuoles Simple Diffusion Equilibrium Free! Nonpolar Ion Phospholipids Channel protein Turgor pressure Cell Membrane Plasmolysis Diffusion rate Cell lysis Concentration Gradient polysaccharide Exocytosis Passive transport Selective permeability Brownian Motion Surface protein Protein pump Glycoprotein Endocytosis Carbohydrate chain Glycolipid Hypertonic Osmosis Osmosis Facilitated Diffusion Plasma membrane Hydrophobic Isotonic Turgid Hydrophilic Phospholipid bilayer Hypotonic Cholesterol Osmoregulation Transport proteins Fluid mosaic model Contractile vacuoles Simple Diffusion Equilibrium Free! Nonpolar Ion Phospholipids Channel protein Turgor pressure Cell Membrane Plasmolysis Diffusion rate
(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.
Cell lysis
Concentration Gradient
polysaccharide
Exocytosis
Passive transport
Selective permeability
Brownian Motion
Surface protein
Protein pump
Glycoprotein
Endocytosis
Carbohydrate chain
Glycolipid
Hypertonic
Osmosis
Osmosis
Facilitated Diffusion
Plasma membrane
Hydrophobic
Isotonic
Turgid
Hydrophilic
Phospholipid bilayer
Hypotonic
Cholesterol
Osmoregulation
Transport proteins
Fluid mosaic model
Contractile vacuoles
Simple Diffusion
Equilibrium
Free!
Nonpolar
Ion
Phospholipids
Channel protein
Turgor pressure
Cell Membrane
Plasmolysis
Diffusion rate