filterfeedingHowspongesget theirfoodspongocoelcentralcavity ofa spongeClassSeveral ofthese can begroupedtogether intoone PhylumEctodermOuterlayer of aspongebodyProkaryoteThis term meanscells do not havetheir DNA containedin a nucleus; twodomains of these,each with their ownkingdomtissuesa group of cellsof same typethat organize towork together;sponges do notform thisholdfastbase of thespongewhere itattached to asubstrateamoebocytesblob-shapedcells insponges thatengulf foodparticles anddigest themOsculumOpening insponge wherewater EXITS;structure 11,colored tan inmodelEukaryaDomain oforganisms thathave cells withnucleus andother membrane-bound organellesuppercasehow you writenames atevery level ofclassificationexcept speciesPinacocytesflat, plate-like cellsthat make up theectoderm in sponges;Structure 3 coloredpink in model(sometimes calledepithelial cells)speciesThe secondpart of thescientific name,always writtenin lower caseBinomialnomenclatureTwo-namenaming system;scientific nameconsisting ofgenus andspeciescladogrambrancheddiagramrepresentingevolutionaryrelationshipbetween speciesOstia(incurrentpore)Small pores thatallow water toenter sponge;structure 8,colored purple inmodelOrderA class can bebroken up intoseveral of these;one of these canbe broken up intoseveral familiesPhylumLevel ofclassification ofPorifera; aKingdom isdivided intoseveral of theseAsymmetryType ofsymmetryshown byspongesAnimaliaThe kingdom thatsponges belongto; heterotrophiceukaryotes thatdo not have cellwallsChoanocyte(collar cell)cells that line interiorof sponge; hasflagella that whiparound to generatecurrent throughsponge; Structure 5,colored green inmodelSponginFlexible proteincomponent of spongebody; not shown inour model - havingmore of this makes asponge more squishythan crunchySpiculeRigid and spikyskeletalcomponent ofsponge body;structure 7,colored white inmodelsessileLifestyle shownby spongesthrough most oftheir lives(means theydon't move)filterfeedingHowspongesget theirfoodspongocoelcentralcavity ofa spongeClassSeveral ofthese can begroupedtogether intoone PhylumEctodermOuterlayer of aspongebodyProkaryoteThis term meanscells do not havetheir DNA containedin a nucleus; twodomains of these,each with their ownkingdomtissuesa group of cellsof same typethat organize towork together;sponges do notform thisholdfastbase of thespongewhere itattached to asubstrateamoebocytesblob-shapedcells insponges thatengulf foodparticles anddigest themOsculumOpening insponge wherewater EXITS;structure 11,colored tan inmodelEukaryaDomain oforganisms thathave cells withnucleus andother membrane-bound organellesuppercasehow you writenames atevery level ofclassificationexcept speciesPinacocytesflat, plate-like cellsthat make up theectoderm in sponges;Structure 3 coloredpink in model(sometimes calledepithelial cells)speciesThe secondpart of thescientific name,always writtenin lower caseBinomialnomenclatureTwo-namenaming system;scientific nameconsisting ofgenus andspeciescladogrambrancheddiagramrepresentingevolutionaryrelationshipbetween speciesOstia(incurrentpore)Small pores thatallow water toenter sponge;structure 8,colored purple inmodelOrderA class can bebroken up intoseveral of these;one of these canbe broken up intoseveral familiesPhylumLevel ofclassification ofPorifera; aKingdom isdivided intoseveral of theseAsymmetryType ofsymmetryshown byspongesAnimaliaThe kingdom thatsponges belongto; heterotrophiceukaryotes thatdo not have cellwallsChoanocyte(collar cell)cells that line interiorof sponge; hasflagella that whiparound to generatecurrent throughsponge; Structure 5,colored green inmodelSponginFlexible proteincomponent of spongebody; not shown inour model - havingmore of this makes asponge more squishythan crunchySpiculeRigid and spikyskeletalcomponent ofsponge body;structure 7,colored white inmodelsessileLifestyle shownby spongesthrough most oftheir lives(means theydon't move)

Classification and Porifera - 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. How sponges get their food
    filter feeding
  2. central cavity of a sponge
    spongocoel
  3. Several of these can be grouped together into one Phylum
    Class
  4. Outer layer of a sponge body
    Ectoderm
  5. This term means cells do not have their DNA contained in a nucleus; two domains of these, each with their own kingdom
    Prokaryote
  6. a group of cells of same type that organize to work together; sponges do not form this
    tissues
  7. base of the sponge where it attached to a substrate
    holdfast
  8. blob-shaped cells in sponges that engulf food particles and digest them
    amoebocytes
  9. Opening in sponge where water EXITS; structure 11, colored tan in model
    Osculum
  10. Domain of organisms that have cells with nucleus and other membrane-bound organelles
    Eukarya
  11. how you write names at every level of classification except species
    upper case
  12. flat, plate-like cells that make up the ectoderm in sponges; Structure 3 colored pink in model (sometimes called epithelial cells)
    Pinacocytes
  13. The second part of the scientific name, always written in lower case
    species
  14. Two-name naming system; scientific name consisting of genus and species
    Binomial nomenclature
  15. branched diagram representing evolutionary relationship between species
    cladogram
  16. Small pores that allow water to enter sponge; structure 8, colored purple in model
    Ostia (incurrent pore)
  17. A class can be broken up into several of these; one of these can be broken up into several families
    Order
  18. Level of classification of Porifera; a Kingdom is divided into several of these
    Phylum
  19. Type of symmetry shown by sponges
    Asymmetry
  20. The kingdom that sponges belong to; heterotrophic eukaryotes that do not have cell walls
    Animalia
  21. cells that line interior of sponge; has flagella that whip around to generate current through sponge; Structure 5, colored green in model
    Choanocyte (collar cell)
  22. Flexible protein component of sponge body; not shown in our model - having more of this makes a sponge more squishy than crunchy
    Spongin
  23. Rigid and spiky skeletal component of sponge body; structure 7, colored white in model
    Spicule
  24. Lifestyle shown by sponges through most of their lives (means they don't move)
    sessile