bacteriaa domain ofprokaryotes thatusually have a cellwall and thatreproduce by celldivisionalmosteverywhereon Earthwherebacteriacan befoundvirusa microscopicparticle thatcannotreplicate onits ownbinaryfissionhowbacteria &archaeareproduceround,spiral,or rodcommonbacteriashapescellwallsone of the keydifferencesbetweenbacteria andarchaeause energy fromnutrients, grow,respond tostimuli, functionon its ownthings avirusCANNOTdoeukaryoteany cell ororganism thatpossesses aclearly definednucleus.prokaryotedo not have anucleus ormembrane boundorganelles; althoughthey are very small,they can get energyand reproduce, andmany can movearchaeaa domain ofprokaryote thathave uniquechemicals intheir cell wallsa virus enters acell or theviruses geneticmaterial isinjected into acellfirst stepin viralreplicationmitosisthe process thateukaryotes (such asyou, me, your dog,and your favoritehouseplant) use todivide their nuclearDNA during celldivision.microorganismsorganisms thatare so small,we can onlysee them undera microscopelysiswhen a host cell isfull of new viruses,the viruses burstout of the host cell.This step is called. . .it isdestroyedwhathappens to ahost cell inthe lyticcyclepeople,plantsanimals,prokaryotesorganismsthat can beinfected byvirusescopyingthe cell'sgeneticinformationfirst stepof binaryfissionconsumer,producer,decomposerhowbacteriaget foodasexualreproductionone parentcopies itself toform ageneticallyidenticaloffspring.hosta living thingthat a virus orparasite usesfor resourcesor shelterIn transformation, therecipient bacterium takesup extracellular donorDNA. In transduction,donor DNA packaged in abacteriophage infects therecipient bacterium. Inconjugation, the donorbacterium transfers DNA tothe recipient by mating.how bacteriacan get newgeneticmaterialmany virusescannot spreadfrom one typeof organism toanotherthe reasonwhy a plantcannot catcha coldgeneticmaterial anda proteincoatwhatvirusesare madeofextremeenvironmentssuch as deepsea ventsa placeyou mightfindarchaeabacteriaa domain ofprokaryotes thatusually have a cellwall and thatreproduce by celldivisionalmosteverywhereon Earthwherebacteriacan befoundvirusa microscopicparticle thatcannotreplicate onits ownbinaryfissionhowbacteria &archaeareproduceround,spiral,or rodcommonbacteriashapescellwallsone of the keydifferencesbetweenbacteria andarchaeause energy fromnutrients, grow,respond tostimuli, functionon its ownthings avirusCANNOTdoeukaryoteany cell ororganism thatpossesses aclearly definednucleus.prokaryotedo not have anucleus ormembrane boundorganelles; althoughthey are very small,they can get energyand reproduce, andmany can movearchaeaa domain ofprokaryote thathave uniquechemicals intheir cell wallsa virus enters acell or theviruses geneticmaterial isinjected into acellfirst stepin viralreplicationmitosisthe process thateukaryotes (such asyou, me, your dog,and your favoritehouseplant) use todivide their nuclearDNA during celldivision.microorganismsorganisms thatare so small,we can onlysee them undera microscopelysiswhen a host cell isfull of new viruses,the viruses burstout of the host cell.This step is called. . .it isdestroyedwhathappens to ahost cell inthe lyticcyclepeople,plantsanimals,prokaryotesorganismsthat can beinfected byvirusescopyingthe cell'sgeneticinformationfirst stepof binaryfissionconsumer,producer,decomposerhowbacteriaget foodasexualreproductionone parentcopies itself toform ageneticallyidenticaloffspring.hosta living thingthat a virus orparasite usesfor resourcesor shelterIn transformation, therecipient bacterium takesup extracellular donorDNA. In transduction,donor DNA packaged in abacteriophage infects therecipient bacterium. Inconjugation, the donorbacterium transfers DNA tothe recipient by mating.how bacteriacan get newgeneticmaterialmany virusescannot spreadfrom one typeof organism toanotherthe reasonwhy a plantcannot catcha coldgeneticmaterial anda proteincoatwhatvirusesare madeofextremeenvironmentssuch as deepsea ventsa placeyou mightfindarchaea

Untitled Bingo - 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 domain of prokaryotes that usually have a cell wall and that reproduce by cell division
    bacteria
  2. where bacteria can be found
    almost everywhere on Earth
  3. a microscopic particle that cannot replicate on its own
    virus
  4. how bacteria & archaea reproduce
    binary fission
  5. common bacteria shapes
    round, spiral, or rod
  6. one of the key differences between bacteria and archaea
    cell walls
  7. things a virus CANNOT do
    use energy from nutrients, grow, respond to stimuli, function on its own
  8. any cell or organism that possesses a clearly defined nucleus.
    eukaryote
  9. do not have a nucleus or membrane bound organelles; although they are very small, they can get energy and reproduce, and many can move
    prokaryote
  10. a domain of prokaryote that have unique chemicals in their cell walls
    archaea
  11. first step in viral replication
    a virus enters a cell or the viruses genetic material is injected into a cell
  12. the process that eukaryotes (such as you, me, your dog, and your favorite houseplant) use to divide their nuclear DNA during cell division.
    mitosis
  13. organisms that are so small, we can only see them under a microscope
    microorganisms
  14. when a host cell is full of new viruses, the viruses burst out of the host cell. This step is called . . .
    lysis
  15. what happens to a host cell in the lytic cycle
    it is destroyed
  16. organisms that can be infected by viruses
    people, plants animals, prokaryotes
  17. first step of binary fission
    copying the cell's genetic information
  18. how bacteria get food
    consumer, producer, decomposer
  19. one parent copies itself to form a genetically identical offspring.
    asexual reproduction
  20. a living thing that a virus or parasite uses for resources or shelter
    host
  21. how bacteria can get new genetic material
    In transformation, the recipient bacterium takes up extracellular donor DNA. In transduction, donor DNA packaged in a bacteriophage infects the recipient bacterium. In conjugation, the donor bacterium transfers DNA to the recipient by mating.
  22. the reason why a plant cannot catch a cold
    many viruses cannot spread from one type of organism to another
  23. what viruses are made of
    genetic material and a protein coat
  24. a place you might find archaea
    extreme environments such as deep sea vents