Ribose Thymine rRNA Chargaff 5' to 3' Frameshift Mutation Rosalind Franklin Pyrimadine Double Helix Hydrogen Bonds Nucleus tRNA Complementary Leading Strand Purine Helicase Amino Acid Ribosome Translation Cytosine Adenine relationship Deoxyribose Uracil DNA Polymerase 1 Semi- Conservativ Watson & Crick RNA Primer mRNA Trans- cription Anti- Codon Genetic material Guanine structure DNA Ligase Topo- isomerase RNA Polymerase RNA Protein Codon Antiparallel Stop Codon Replication Fork Lagging Strand Replication 3' to 5' Start Codon Nucleic Acid Inheritance Okazaki Fragments Nucleotide Point Mutation DNA DNA Polymerase 3 Ribose Thymine rRNA Chargaff 5' to 3' Frameshift Mutation Rosalind Franklin Pyrimadine Double Helix Hydrogen Bonds Nucleus tRNA Complementary Leading Strand Purine Helicase Amino Acid Ribosome Translation Cytosine Adenine relationship Deoxyribose Uracil DNA Polymerase 1 Semi- Conservativ Watson & Crick RNA Primer mRNA Trans- cription Anti- Codon Genetic material Guanine structure DNA Ligase Topo- isomerase RNA Polymerase RNA Protein Codon Antiparallel Stop Codon Replication Fork Lagging Strand Replication 3' to 5' Start Codon Nucleic Acid Inheritance Okazaki Fragments Nucleotide Point Mutation DNA DNA Polymerase 3
DNA - 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.
Ribose
Thymine
rRNA
Chargaff
5' to 3'
Frameshift Mutation
Rosalind Franklin
Pyrimadine
Double Helix
Hydrogen Bonds
Nucleus
tRNA
Complementary
Leading Strand
Purine
Helicase
Amino Acid
Ribosome
Translation
Cytosine
Adenine
relationship
Deoxyribose
Uracil
DNA Polymerase
1
Semi- Conservativ
Watson & Crick
RNA Primer
mRNA
Trans-cription
Anti-Codon
Genetic material
Guanine
structure
DNA Ligase
Topo-isomerase
RNA Polymerase
RNA
Protein
Codon
Antiparallel
Stop Codon
Replication Fork
Lagging Strand
Replication
3' to 5'
Start Codon
Nucleic Acid
Inheritance
Okazaki Fragments
Nucleotide
Point Mutation
DNA
DNA Polymerase
3