requiresenergyand buildsmaterialsEnergy/mattercannot becreated ordestroyedhaving aplasmamembrane,cytoplasm,chromosomes,and ribosomeshave no nucleus,DNA in thenucleoid, and nomembrane-boundorganelles fibers withdiameters ina middlerange madeof keratinfolds of theER andthe Golgiapparatusfolds of themitochondriamade ofmonosaccharidesand serve as fueland buildingmaterial the idea that amembrane is afluid structurewith a “mosaic” ofvarious proteinsembedded in itchaos(entropy) ofthe universeis alwaysincreasinghave a DNA in anucleus bound bya membranousnuclear envelopeand membrane-bound organellesare the thinnestcomponents ofthecytoskeletonmade of actincellulardrinkingmovethingsinto cellmovethings outof cella lipid (steroid)that controlsthe fluidity ofthe plasmamembranemade ofnucleotides andhelp store,transmit, andhelp expresshereditarycellulareatingthings bindto receptorsand arebrought ina single-celledeukaryotereleasesenergy andbreaks downmaterialsthe thickest ofthe threecomponents ofthecytoskeletonmade of tubulinmade of amino acidsand are used instructural support,storage, transport,cellularcommunications,movement, anddefense againstforeign substancesHydrophobicmoleculesthat are notconsideredtrue polymersrequiresenergyand buildsmaterialsEnergy/mattercannot becreated ordestroyedhaving aplasmamembrane,cytoplasm,chromosomes,and ribosomeshave no nucleus,DNA in thenucleoid, and nomembrane-boundorganelles fibers withdiameters ina middlerange madeof keratinfolds of theER andthe Golgiapparatusfolds of themitochondriamade ofmonosaccharidesand serve as fueland buildingmaterial the idea that amembrane is afluid structurewith a “mosaic” ofvarious proteinsembedded in itchaos(entropy) ofthe universeis alwaysincreasinghave a DNA in anucleus bound bya membranousnuclear envelopeand membrane-bound organellesare the thinnestcomponents ofthecytoskeletonmade of actincellulardrinkingmovethingsinto cellmovethings outof cella lipid (steroid)that controlsthe fluidity ofthe plasmamembranemade ofnucleotides andhelp store,transmit, andhelp expresshereditarycellulareatingthings bindto receptorsand arebrought ina single-celledeukaryotereleasesenergy andbreaks downmaterialsthe thickest ofthe threecomponents ofthecytoskeletonmade of tubulinmade of amino acidsand are used instructural support,storage, transport,cellularcommunications,movement, anddefense againstforeign substancesHydrophobicmoleculesthat are notconsideredtrue polymers

Review bingo from chapters 6-8 - 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. requires energy and builds materials
  2. Energy/matter cannot be created or destroyed
  3. having a plasma membrane, cytoplasm, chromosomes, and ribosomes
  4. have no nucleus, DNA in the nucleoid, and no membrane-bound organelles
  5. fibers with diameters in a middle range made of keratin
  6. folds of the ER and the Golgi apparatus
  7. folds of the mitochondria
  8. made of monosaccharides and serve as fuel and building material
  9. the idea that a membrane is a fluid structure with a “mosaic” of various proteins embedded in it
  10. chaos (entropy) of the universe is always increasing
  11. have a DNA in a nucleus bound by a membranous nuclear envelope and membrane-bound organelles
  12. are the thinnest components of the cytoskeleton made of actin
  13. cellular drinking
  14. move things into cell
  15. move things out of cell
  16. a lipid (steroid) that controls the fluidity of the plasma membrane
  17. made of nucleotides and help store, transmit, and help express hereditary
  18. cellular eating
  19. things bind to receptors and are brought in
  20. a single-celled eukaryote
  21. releases energy and breaks down materials
  22. the thickest of the three components of the cytoskeleton made of tubulin
  23. made of amino acids and are used in structural support, storage, transport, cellular communications, movement, and defense against foreign substances
  24. Hydrophobic molecules that are not considered true polymers