protein Mutation Binary fission gametes nucleus Gregor Mendel traits asexual reproduction adenine allele dominant Punnett Square budding mitosis Capital - lowercase ratio probability Regeneration Acquired traits gene chromosome Inheritance inherited traits offspring 23 pairs Homozygous genotype Sexual Reproduction DNA percentage recessive lowercase - lowercase Heterozygous phenotype double- helix Capital - capital adaptations thymine hybrid cytosine traits spores guanine protein Mutation Binary fission gametes nucleus Gregor Mendel traits asexual reproduction adenine allele dominant Punnett Square budding mitosis Capital - lowercase ratio probability Regeneration Acquired traits gene chromosome Inheritance inherited traits offspring 23 pairs Homozygous genotype Sexual Reproduction DNA percentage recessive lowercase - lowercase Heterozygous phenotype double- helix Capital - capital adaptations thymine hybrid cytosine traits spores guanine
(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.
N-protein
I-Mutation
B-Binary fission
G-gametes
G-nucleus
O-Gregor Mendel
O-traits
G-asexual reproduction
I-adenine
O-allele
G-dominant
G-Punnett Square
G-budding
O-mitosis
B-Capital - lowercase
I-ratio
B-probability
G-Regeneration
O-Acquired traits
N-gene
O-chromosome
N-Inheritance
N-inherited traits
G-offspring
O-23 pairs
I-Homozygous
B-genotype
N-Sexual Reproduction
N-DNA
G-percentage
I-recessive
I-lowercase - lowercase
N-Heterozygous
B-phenotype
B-double-helix
O-Capital - capital
B-adaptations
I-thymine
B-hybrid
N-cytosine
B-traits
I-spores
I-guanine