Therapeutic cloning Synthetic biology RNA Plasmids Polymerase chain reaction Vitro fertilization Molecular cloning Stem cell Gene editing Nuclear transfer Progeny Breeding Somatic body cells Mutant Biotechnology Replica Gene Splicing GMO Gene mapping Nucleus Transgenic organism Genetic engineering Restriction enzymes DNA polymerase Genome Artificial insemination Traits Single cellular Reproductive cloning Blastocyst Organism Recombinant proteins Genetic transformation Surrogate mother Cloning vector PCR amplification Crossbreed DNA ligases Cytoplasm Artificial Cellular cloning Binary fission DNA Cumulus cell Gel electrophoresis Recombinant DNA Gene therapy Reverse genetics Therapeutic cloning Synthetic biology RNA Plasmids Polymerase chain reaction Vitro fertilization Molecular cloning Stem cell Gene editing Nuclear transfer Progeny Breeding Somatic body cells Mutant Biotechnology Replica Gene Splicing GMO Gene mapping Nucleus Transgenic organism Genetic engineering Restriction enzymes DNA polymerase Genome Artificial insemination Traits Single cellular Reproductive cloning Blastocyst Organism Recombinant proteins Genetic transformation Surrogate mother Cloning vector PCR amplification Crossbreed DNA ligases Cytoplasm Artificial Cellular cloning Binary fission DNA Cumulus cell Gel electrophoresis Recombinant DNA Gene therapy Reverse genetics
(Print) Use this randomly generated list as your call list when playing the game. 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.
I-Therapeutic cloning
I-Synthetic biology
B-RNA
G-Plasmids
N-Polymerase chain reaction
L-Vitro fertilization
I-Molecular cloning
B-Stem cell
G-Gene editing
C-Nuclear transfer
N-Progeny
B-Breeding
N-Somatic body cells
B-Mutant
L-Biotechnology
O-Replica
N-Gene Splicing
G-GMO
I-Gene mapping
N-Nucleus
C-Transgenic organism
G-Genetic engineering
G-Restriction enzymes
B-DNA polymerase
B-Genome
O-Artificial insemination
N-Traits
O-Single cellular
L-Reproductive cloning
C-Blastocyst
I-Organism
O-Recombinant proteins
L-Genetic transformation
C-Surrogate mother
I-Cloning vector
L-PCR amplification
I-Crossbreed
O-DNA ligases
G-Cytoplasm
C-Artificial
C-Cellular cloning
O-Binary fission
O-DNA
L-Cumulus cell
N-Gel electrophoresis
C-Recombinant DNA
B-Gene therapy
L-Reverse genetics