Beta-pleatedsheetPeptidebond thechemicalbondlinking twoamino acidsIntronnon-codingregionof DNAPhosphodiesterbondThe bondsjoiningnucleotidesRNA  a single-strandednucleic acidchain madeup ofnucleotides.AlphahelixOperatora short regionof DNAthat interactswith repressorproteinsExonregions ofDNA thatcodefor proteinsNucleotideNucleicacidmonomerProteomeall the proteinsthat areexpressed by acell or organismata given timemRNAmoleculesthat areproducedduringtranscriptionrRNAa keystructuralcomponentof ribosomesPromoterthe sequenceof DNA towhich RNApolymerasebindsEnzymean organicmolecule,typically a protein,that catalyses(speeds up) specificreactionsCodonthesequence ofthreenucleotidesin mRNAQuaternarystructuremultiplepolypeptidechains bondtogetherpolypeptideChain ofaminoacidsAminoacidDNAa double-strandednucleic acidchain made upof nucleotides.Tripletthesequence ofthreenucleotidesin DNATertiarystructurethe functional3D shape ofa polypeptidechainGenea section ofDNA thatcarries thecode to makea proteintRNAadds thecorrespondingamino acidto the polypeptidechain duringprotein synthesisComplementarybase pairingdescribes whichnucleotides canform hydrogenbonds with eachother.Beta-pleatedsheetPeptidebond thechemicalbondlinking twoamino acidsIntronnon-codingregionof DNAPhosphodiesterbondThe bondsjoiningnucleotidesRNA  a single-strandednucleic acidchain madeup ofnucleotides.AlphahelixOperatora short regionof DNAthat interactswith repressorproteinsExonregions ofDNA thatcodefor proteinsNucleotideNucleicacidmonomerProteomeall the proteinsthat areexpressed by acell or organismata given timemRNAmoleculesthat areproducedduringtranscriptionrRNAa keystructuralcomponentof ribosomesPromoterthe sequenceof DNA towhich RNApolymerasebindsEnzymean organicmolecule,typically a protein,that catalyses(speeds up) specificreactionsCodonthesequence ofthreenucleotidesin mRNAQuaternarystructuremultiplepolypeptidechains bondtogetherpolypeptideChain ofaminoacidsAminoacidDNAa double-strandednucleic acidchain made upof nucleotides.Tripletthesequence ofthreenucleotidesin DNATertiarystructurethe functional3D shape ofa polypeptidechainGenea section ofDNA thatcarries thecode to makea proteintRNAadds thecorrespondingamino acidto the polypeptidechain duringprotein synthesisComplementarybase pairingdescribes whichnucleotides canform hydrogenbonds with eachother.

Nucleic Acids, Proteins and Genes - 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. Beta-pleated sheet
  2.  the chemical bond linking two amino acids
    Peptide bond
  3. non-coding region of DNA
    Intron
  4. The bonds joining nucleotides
    Phosphodiester bond
  5.   a single-stranded nucleic acid chain made up of nucleotides.
    RNA

  6. Alpha helix
  7. a short region of DNA that interacts with repressor proteins
    Operator
  8. regions of DNA that code for proteins
    Exon
  9. Nucleic acid monomer
    Nucleotide
  10. all the proteins that are expressed by a cell or organism at a given time
    Proteome
  11. molecules that are produced during transcription
    mRNA
  12. a key structural component of ribosomes
    rRNA
  13. the sequence of DNA to which RNA polymerase binds
    Promoter
  14. an organic molecule, typically a protein, that catalyses (speeds up) specific reactions
    Enzyme
  15. the sequence of three nucleotides in mRNA
    Codon
  16. multiple polypeptide chains bond together
    Quaternary structure
  17. Chain of amino acids
    polypeptide

  18. Amino acid
  19. a double-stranded nucleic acid chain made up of nucleotides.
    DNA
  20. the sequence of three nucleotides in DNA
    Triplet
  21. the functional 3D shape of a polypeptide chain
    Tertiary structure
  22. a section of DNA that carries the code to make a protein
    Gene
  23. adds the corresponding amino acid to the polypeptide chain during protein synthesis
    tRNA
  24. describes which nucleotides can form hydrogen bonds with each other.
    Complementary base pairing