pinocytosisa vesicle formsto bring smalldissolvedsubstances orfluids into a cellsgenomecompleteset of dnain anorganismcytosolfluidcytoplasm notcontainedinside anothercompartmentmacromoleculesare toolarge tocross themembraneactivetransportmoves substancesagainst aconcentrationand/or electricalgradient; requiresenergycellmembraneouterboundaryof everycellphagocytosismoleculesor entirecells areengulfedgenessequencesof dna thataretranscribedinto rnaquaternarystructure2 or morepolypeptidechains, orsubunitsprimaryactivetransportrequiresdirecthydrolysisof atpgtpenergysource inproteinsynthesischannelproteinsintegralmembraneproteins thatform a tunnelcarrierproteinsmembraneproteins that bindsome substancesand speed theirdiffusion throughthe bilayerrnaribonucleicacidsecondaryactivetransportenergy comesfrom an ionconcentrationgradient that isestablished byprimary activetransporttertiarystructurefoldingresults in thespecific 3-dshapeatpenergytransfer inbiochemicalreactionsphospholipidsfatty acidsbound toglycerol; aphosphategroup replaceson fatty acidfacilitateddiffusionpolar and chargedmolecules diffusewith concentrationgradients, butfacilitated by proteinchannels or carrierspolysaccharideslarge polymers ofmonosaccharidesconnected byglycosidic bondshomotypic&heterotypicbindingionchannelschannelproteins withhydrophilicporesdnadeoxyribonucleicacidlipidsnon-polarhydrocarbons;insoluble inwaterpinocytosisa vesicle formsto bring smalldissolvedsubstances orfluids into a cellsgenomecompleteset of dnain anorganismcytosolfluidcytoplasm notcontainedinside anothercompartmentmacromoleculesare toolarge tocross themembraneactivetransportmoves substancesagainst aconcentrationand/or electricalgradient; requiresenergycellmembraneouterboundaryof everycellphagocytosismoleculesor entirecells areengulfedgenessequencesof dna thataretranscribedinto rnaquaternarystructure2 or morepolypeptidechains, orsubunitsprimaryactivetransportrequiresdirecthydrolysisof atpgtpenergysource inproteinsynthesischannelproteinsintegralmembraneproteins thatform a tunnelcarrierproteinsmembraneproteins that bindsome substancesand speed theirdiffusion throughthe bilayerrnaribonucleicacidsecondaryactivetransportenergy comesfrom an ionconcentrationgradient that isestablished byprimary activetransporttertiarystructurefoldingresults in thespecific 3-dshapeatpenergytransfer inbiochemicalreactionsphospholipidsfatty acidsbound toglycerol; aphosphategroup replaceson fatty acidfacilitateddiffusionpolar and chargedmolecules diffusewith concentrationgradients, butfacilitated by proteinchannels or carrierspolysaccharideslarge polymers ofmonosaccharidesconnected byglycosidic bondshomotypic&heterotypicbindingionchannelschannelproteins withhydrophilicporesdnadeoxyribonucleicacidlipidsnon-polarhydrocarbons;insoluble inwater

Quiz Study Guide - 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 vesicle forms to bring small dissolved substances or fluids into a cells
    pinocytosis
  2. complete set of dna in an organism
    genome
  3. fluid cytoplasm not contained inside another compartment
    cytosol
  4. are too large to cross the membrane
    macromolecules
  5. moves substances against a concentration and/or electrical gradient; requires energy
    active transport
  6. outer boundary of every cell
    cell membrane
  7. molecules or entire cells are engulfed
    phagocytosis
  8. sequences of dna that are transcribed into rna
    genes
  9. 2 or more polypeptide chains, or subunits
    quaternary structure
  10. requires direct hydrolysis of atp
    primary active transport
  11. energy source in protein synthesis
    gtp
  12. integral membrane proteins that form a tunnel
    channel proteins
  13. membrane proteins that bind some substances and speed their diffusion through the bilayer
    carrier proteins
  14. ribonucleic acid
    rna
  15. energy comes from an ion concentration gradient that is established by primary active transport
    secondary active transport
  16. folding results in the specific 3-d shape
    tertiary structure
  17. energy transfer in biochemical reactions
    atp
  18. fatty acids bound to glycerol; a phosphate group replaces on fatty acid
    phospholipids
  19. polar and charged molecules diffuse with concentration gradients, but facilitated by protein channels or carriers
    facilitated diffusion
  20. large polymers of monosaccharides connected by glycosidic bonds
    polysaccharides
  21. binding
    homotypic & heterotypic
  22. channel proteins with hydrophilic pores
    ion channels
  23. deoxyribonucleic acid
    dna
  24. non-polar hydrocarbons; insoluble in water
    lipids