Transcription    Copying DNAto mRNAtRNARNA molecule thatcarries an amino acidto the ribosome       G2phasefinalpreparationto divideMitosis   ProphaseMetaphaseAnaphaseTelophase UUAAGGCRNAComplementarysequence forAATTCCGcyclincheckpointprotein tellscell to allowto proceed inthe cell cycleDNAreplicationInvolvesHelicase,DNApolymerase,and ligase Cancercelldivisionwithoutregulationthreenucleotidesthat encodefor an aminoacidaminoacidbuildingblocks ofa proteinNucleicacidMade up ofnucleotides      Ribosome      organelle whereprotein synthesisoccursAdenineAPairs withThymine,TsinglestrandThestructureof the RNAmolecule InterphaseIncludes G1, S andG2 phases       Translation       decoding a mRNA tomake a proteinCellcycle DNAMade upof A, T,C and GSphasepart of cellcycle whereDNAreplicationoccursG1phasecell grows,makesprotein needfor DNAreplicationGuanineGPairs withCytosine,CCytoplasmPart of cellwhere proteinsynthesisoccurs    TTAAGGCDNAComplementarysequence forAATTCCGApoptosisprogrammedcell death   DoublestrandhelixThestructureof the DNAmoleculeNucleus     organelle whereDNA is storedMitosis andCytokinesisWhen thenucleus andthecytoplasmdivideCheckpointsensure thatthe cell isready toproceedDeoxyribonucleicAcid DNAUracilUNucleotideonly foundin RNA RNAMade upof A, U,C and GRibonucleicAcid RNASteps oftranscription   RNA POLYMERASE -does transcriptionseparates DNAreads the template base-matches thecomplementary base-Connects the basestogether mRNARNA moleculetranscribed inthe nucleusand goes tothe cytoplasmp53checkpointprotein tellscell to stopand look forDNA damageTranscription    Copying DNAto mRNAtRNARNA molecule thatcarries an amino acidto the ribosome       G2phasefinalpreparationto divideMitosis   ProphaseMetaphaseAnaphaseTelophaseUUAAGGCRNAComplementarysequence forAATTCCGcyclincheckpointprotein tellscell to allowto proceed inthe cell cycleDNAreplicationInvolvesHelicase,DNApolymerase,and ligaseCancercelldivisionwithoutregulationthreenucleotidesthat encodefor an aminoacidaminoacidbuildingblocks ofa proteinNucleicacidMade up ofnucleotides      Ribosome      organelle whereprotein synthesisoccursAdenineAPairs withThymine,TsinglestrandThestructureof the RNAmoleculeInterphaseIncludes G1, S andG2 phases       Translation       decoding a mRNA tomake a proteinCellcycleDNAMade upof A, T,C and GSphasepart of cellcycle whereDNAreplicationoccursG1phasecell grows,makesprotein needfor DNAreplicationGuanineGPairs withCytosine,CCytoplasmPart of cellwhere proteinsynthesisoccurs   TTAAGGCDNAComplementarysequence forAATTCCGApoptosisprogrammedcell death   DoublestrandhelixThestructureof the DNAmoleculeNucleus     organelle whereDNA is storedMitosis andCytokinesisWhen thenucleus andthecytoplasmdivideCheckpointsensure thatthe cell isready toproceedDeoxyribonucleicAcid DNAUracilUNucleotideonly foundin RNARNAMade upof A, U,C and GRibonucleicAcid RNASteps oftranscription   RNA POLYMERASE -does transcriptionseparates DNAreads the template base-matches thecomplementary base-Connects the basestogether mRNARNA moleculetranscribed inthe nucleusand goes tothe cytoplasmp53checkpointprotein tellscell to stopand look forDNA damage

Replication, Transcription, Translation - 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.


1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
  1. Copying DNA to mRNA
    Transcription
  2. RNA molecule that carries an amino acid to the ribosome
    tRNA
  3. final preparation to divide
    G2 phase
  4. Prophase Metaphase Anaphase Telophase
    Mitosis
  5. RNA Complementary sequence for AATTCCG
    UUAAGGC
  6. checkpoint protein tells cell to allow to proceed in the cell cycle
    cyclin
  7. Involves Helicase, DNA polymerase, and ligase
    DNA replication
  8. cell division without regulation
    Cancer
  9. three nucleotides that encode for an amino acid
  10. building blocks of a protein
    amino acid
  11. Made up of nucleotides
    Nucleic acid
  12. organelle where protein synthesis occurs
    Ribosome
  13. Pairs with Thymine, T
    Adenine A
  14. The structure of the RNA molecule
    single strand
  15. Includes G1, S and G2 phases
    Interphase
  16. decoding a mRNA to make a protein
    Translation

  17. Cell cycle
  18. Made up of A, T, C and G
    DNA
  19. part of cell cycle where DNA replication occurs
    S phase
  20. cell grows, makes protein need for DNA replication
    G1 phase
  21. Pairs with Cytosine, C
    Guanine G
  22. Part of cell where protein synthesis occurs
    Cytoplasm
  23. DNA Complementary sequence for AATTCCG
    TTAAGGC
  24. programmed cell death
    Apoptosis
  25. The structure of the DNA molecule
    Double strand helix
  26. organelle where DNA is stored
    Nucleus
  27. When the nucleus and the cytoplasm divide
    Mitosis and Cytokinesis
  28. ensure that the cell is ready to proceed
    Checkpoints

  29. Deoxyribonucleic Acid DNA
  30. Nucleotide only found in RNA
    Uracil U
  31. Made up of A, U, C and G
    RNA

  32. Ribonucleic Acid RNA
  33. RNA POLYMERASE -does transcription separates DNA reads the template base -matches the complementary base -Connects the bases together
    Steps of transcription
  34. RNA molecule transcribed in the nucleus and goes to the cytoplasm
    mRNA
  35. checkpoint protein tells cell to stop and look for DNA damage
    p53