Proteins Polymer 2 double helices, with 1 original & 1 new strand Deoxyribo- nucleic acid Double Helix AATGCG Complementary Base Pairing Adenine "Unzip" the double helix Monomer Create a new strand to match the original Cytosine Nitrogenous bases Semi- conservative Replication Cell Division Nucleus Chromo some Guanine A, T, G, C Growth and Repair Chromatid Base Sequence Nucleotides Sugar- phosphate backbone Thymine Phosphate group Gene Proteins Polymer 2 double helices, with 1 original & 1 new strand Deoxyribo- nucleic acid Double Helix AATGCG Complementary Base Pairing Adenine "Unzip" the double helix Monomer Create a new strand to match the original Cytosine Nitrogenous bases Semi- conservative Replication Cell Division Nucleus Chromo some Guanine A, T, G, C Growth and Repair Chromatid Base Sequence Nucleotides Sugar- phosphate backbone Thymine Phosphate group Gene
(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.
Proteins
Polymer
2 double helices, with 1 original & 1 new strand
Deoxyribo- nucleic acid
Double Helix
AATGCG
Complementary Base Pairing
Adenine
"Unzip" the double helix
Monomer
Create a new strand to match the original
Cytosine
Nitrogenous bases
Semi-conservative Replication
Cell Division
Nucleus
Chromo some
Guanine
A, T, G, C
Growth and Repair
Chromatid
Base Sequence
Nucleotides
Sugar-phosphate backbone
Thymine
Phosphate group
Gene